Tools and inserts for parting and grooving

Tools and inserts for parting andgroovingEN

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CERATIZIT WinToolThe electronic tooling catalogue CERATIZIT WinTool is a modern tooling information system whichprovides additional support for you when choosing and applying cutting tools.Should you be interested, please contact:E-mail: marketing.services@ceratizit.comarguments in favour of WinTool:Electronic tooling catalogue> Up-to-date and complete data> Possibility to add personal comments> Structured data usable in variousapplicationsContinuous 1:1 graphicsupport> Simple recognition of tool components> True-to-scale representation of completetoolsEasy to use PC software> Easy installation> Minimal training requirements> Structured user-friendly search for tooldataExtendable> Integration of customer-specific dataand other manufacturer’s data ispossible without problems‘Compact’ - ‘Professional’versions'Compact' version:> Very low acquisition priceAdditional features of ‘Professional’version over 'Compact' version:> Import of individual component data> Assembly of more than 20 completetools> Creation of individual tool lists> Data exportA7

GX / SX /Easy ChoiceSelection has never been so easy!The MSS catalogue has been divided into 5 sections.A8-A9The different colours of the navigation bars on the right-handside of the catalogue make a first quick selection guide to thevarious sections. (See illustration on right-hand side).Tool selection via the section ‘Application’ApplicationsOverview1Look for the machining method of your choice.Here you can choose the appropriate tooling system.LX / FXGX / SX / LXGXGX / SX / LXGX / AX2#R01#GX / SX /LX / FX#R09#GX / SX / LX#R17#GX#R25#GX / SX / LX#R33#GX / AX#R02##R10##R18##R26##R34#GX / SX /LX / FXGX / SX / LXGXGXGX#R03##R11##R19##R27##R35#GX / SX /LX / FXGX / SXGXGXAX#R04##R12##R20##R28##R36#GX / SX /FX / PXGXGX / SX#R05##R21##R29#MaxiClickGXGX / SX#R06##R22##R30#GX#R23#GX#R31#GX / SX /LX / FXParting offShank/UTS – GX/SX0° 90°BGR E25B22B8-B13dAD45D56dAD5D57Choose the appropriate shank typeand size.GX / SX /LX / FXB10-B13b h d AType,description[mm] [mm] [mm]325 25MSS-E25R00-2525LUT40-MSS-E25R0040R50 UT50-MSS-E25R0063 UT63-MSS-E25R00MSS-E25L00-2525L25 25UT40-MSS-E25L0040L50 UT50-MSS-E25L0063 UT63-MSS-E25L00b h d AType,description[mm] [mm] [mm]MSS-E25R90-2525L25 25R 40 UT40-MSS-E25R9050 UT50-MSS-E25R90MSS-E25L90-2525L25 25L 40 UT40-MSS-E25L9050 UT50-MSS-E25L90All modules which are suitable forthe selected tool are characterizedby the same colour symbol. Choosethe parting and grooving depth andcutting width according to yourparameters and your tool is complete.GX / SX /LX / FXB12-B13GX / SX /LX / FXB14-B16GX / SX /FX / PXGX16T maxD9sC6L Rs min s max T max Type,[mm] [mm] [mm] description2.00 2.75MSS-E25R12-GX16-1 GX16-1..2.76 3.75 R MSS-E25R12-GX16-2 GX16-2..3.76 5.00 MSS-E25R12-GX16-3 GX16-3..122.00 2.75MSS-E25L12-GX16-1 GX16-1..2.76 3.75 L MSS-E25L12-GX16-2 GX16-2..3.76 5.00 MSS-E25L12-GX16-3 GX16-3..4 4GX24T maxD10sC6L Rs min s max T max Type,[mm] [mm] [mm] description2.00 2.75MSS-E25R21-GX24-1 GX24-1..2.76 3.75 R MSS-E25R21-GX24-2 GX24-2..3.76 5.00 MSS-E25R21-GX24-3 GX24-3..212.00 2.75MSS-E25L21-GX24-1 GX24-1..2.76 3.75 L MSS-E25L21-GX24-2 GX24-2..3.76 5.00 MSS-E25L21-GX24-3 GX24-3..56Please find detailed information aboutthe tool/module selected on the pageslisted here.B16-B21MaxiClickSX – rightsT maxD17SX – leftC14B22s T max[mm] [mm]LRType,descriptions T max[mm] [mm]LRType,descriptionHere you can find information onwhere to find the suitable inserts.2.0 20MSS-E25R20-SX2SX23.0 25 MSS-E25R25-SX3 SX3R3.0 35 MSS-E25R35-SX3 SX34.0 25 MSS-E25R25-SX4 SX44.0 35 MSS-E25R35-SX4 SX42.0 20MSS-E25L20-SX2SX23.0 25 MSS-E25L25-SX3 SX3L3.0 35 MSS-E25L35-SX3 SX34.0 25 MSS-E25L25-SX4 SX44.0 35 MSS-E25L35-SX4 SX4B10123A8

11000fhbEasy ChoiceSelection has never been so easy!Section ‘Inserts’Section ‘Technical information’GX09s = 2,0-3,5Parting & grooving insertsSystem GX24Parting and grooving width 2.0 - 6.0 mmCauses ofwearMeasures for parting and grooving problemsType of problemA8-A9Type of wear Work piece problems Swarf controlC4-F2 EN -M40 -M1 -27PE10-E11GX16s = 2,0-6,0C5GX24s = 2,0-6,0C6L N Rs Type,l r a maxdescription[mm] [mm] [mm] [mm]2.00 0.20 2.5R R R RGX24-1E2.00N0.20-M1 MGX24-2E3.00N0.20-M1 M R R R R 0.20 2.5GX24-2E3.00N0.30 F R R R R R 0.30 2.53.00 GX24-2E3.00N0.30-F2 F R R R R R R 0.30 2.5GX24-2E3.00N0.30-M40 M R R R R R 0.30 3.5GX24-2E3.00N0.30-27P M 0.30 2.5RGX24-2E3.50N0.30-F2 F 0.30 2.53.50 R R R RGX24-3E4.00N0.30-M1 M R R 0.30 3.0R RGX24-3E4.00N0.40 F R R R R R 0.40 3.04.00 GX24-3E4.00N0.40-F2 F R R R R R R 0.40 3.0N24.0GX24-3E4.00N0.40-M40 M R R R R R 0.40 4.0GX24-3E4.00N0.40-27P M 0.40 3.0RGX24-3E4.50N0.40-F2 F 0.40 3.04.50 R R RGX24-3E5.00N0.40 F R 0.40 3.0R R R RGX24-3E5.00N0.40-F2 F R R R R R R 0.40 3.05.00GX24-3E5.00N0.40-M40 M R R R R R 0.40 4.0GX24-3E5.00N0.40-27P M 0.40 3.0RGX24-4E6.00N0.50 F 0.50 3.5R R R R RGX24-4E6.00N0.50-F2 F R R R R R R 0.50 3.56.00GX24-4E6.00N0.50-M40 M R R R R R 0.50 4.0GX24-4E6.00N0.50-27P M 0.50 3.5RSteel RRRRRRRRStainless rrrRRrRRCast iron RRRR RNon ferrous metals R rHeat resistant r rHard materialsMain applicationExtended application3H216TCTC1325SR127SR735GM40CTP1340CTCP335GM740CTPP345Correctivemeasuresfor partingandgroovingproblemsE12Formulas#R03#Edge chippingBuilt-up edgeFlank wearPlastic deformationVibrationFormation of pips and burrsChattered surfaceSurface qualityChip too long (tangled swarf)Chip too short (fragmented chip)Corrective measuresCutting speedFeed rateFeed - centre area-RChip groove-M-FR / L - right-hand /left-hand versionlargerCorner radiussmallerwear resistanceCutting materialtoughnessCutting valuesSelection of insertshsA10-A12A13-A34International CERATIZIT range, for present availability see price listCutting widthOrdering example: 10 pieces GX24-1E2.00N0.20-M1 CTPP345Clamping of toolClamping of work pieceOverhangTip heightGeneral criteriaCooling lubricantV CGX GX-A GX GX GX GX#R01# B2-B109 #R01# E5 D10 D13-D15 D24 D43 D48 D321raise, increase,large influenceraise, increaselow influenceavoid, reducelarge influenceavoid, reducelow influencecheck,optimizeuseA36-A37C6E12Section ‘Tools’A38-A57ToolsModular system (MSS)MSS modules – externalGrooving and turning – GX24MSS 0°D41Shank 0°h2h1al3l2l1bGX09D8GX161GX24MSS 90°b1* applies only to:MSS-E20R/L00-1620GD9A58-A81GX24D5MSS 45°D6AdaptersD7h b h h b l l l f aType,descriptionBgr. [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]12 12 12 12 14.5 15.25 70 12 11.75 MSS-E12R00-1212EMSS-E12R..16 MSS-E16R00-1616G 16 16 16 19.5 19.25 90 16 15.75 MSS-E16R..20 MSS-E20R00-1620G 16 20 16 24.0 24.25 90 20 20.15 MSS-E20R..R20 MSS-E20R00-2020J 20 20 20 24.0 24.25 110 20 20.15 MSS-E20R..25 MSS-E25R00-2525L 25 25 25 30.0 31.00 140 25 25.50 MSS-E25R..32 MSS-E32R00-3225N 32 25 32 38.0 31.00 160 32 25.50 MSS-E32R..32 MSS-E32R00-3232Q 32 32 32 38.8 38.00 180 32 16.0 32.50 3.0 MSS-E32R..12 MSS-E12L00-1212E12 12 12 14.5 15.25 70 12 11.75 MSS-E12L..16 MSS-E16L00-1616G 16 16 16 19.5 19.25 90 16 15.75 MSS-E16L..20 MSS-E20L00-1620G 16 20 16 24.0 24.25 90 20 20.15 MSS-E20L..L20 MSS-E20L00-2020J 20 20 20 24.0 24.25 110 20 20.15 MSS-E20L..25 MSS-E25L00-2525L 25 25 25 30.0 31.00 140 25 25.50 MSS-E25L..32 MSS-E32L00-3225N 32 25 32 38.0 31.00 160 32 25.50 MSS-E32L..32 MSS-E32L00-3232Q 32 32 32 38.8 38.00 180 32 16.0 32.50 3.0 MSS-E32L..Ordering example: 1 piece MSS-E12R00-1212EBgr. = Assembly sizeD10GX09D11GX16D12GX24axialD13-D15s s T h h l f RType,descriptionBgr. [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]MSS-E20R21-GX24-12.00 2.7520 24 22 3.65 30 GX24-1..20 MSS-E20R21-GX24-2 2.76 3.75 20 24 22 3.40 30 GX24-2..MSS-E20R21-GX24-3 3.76 5.00 20 24 22 3.00 30 GX24-3..MSS-E25R21-GX24-1 2.00 2.75 25 30 22 5.15 37.5 GX24-1..MSS-E25R21-GX24-2 2.76 3.75 25 30 22 4.90 37.5 GX24-2..25RMSS-E25R21-GX24-3 3.76 5.00 25 30 22 4.43 37.5 GX24-3..MSS-E25R21-GX24-4 5.01 6.50 25 30 22 3.80 37.5 GX24-4..MSS-E25R21-GX24-5 8.00 8.00 25 30 23 2.95 37.5 GX24-5..MSS-E32R21-GX24-2 2.76 3.75 32 38 22 4.95 48 GX24-2..32 MSS-E32R21-GX24-3 3.76 5.00 32 38 22 4.43 48 GX24-3..MSS-E32R21-GX24-4 5.01 6.50 32 38 22 3.80 48 GX24-4..21MSS-E20L21-GX24-12.00 2.75 20 24 22 3.65 30 GX24-1..20 MSS-E20L21-GX24-2 2.76 3.75 20 24 22 3.40 30 GX24-2..MSS-E20L21-GX24-3 3.76 5.00 20 24 22 3.00 30 GX24-3..MSS-E25L21-GX24-1 2.00 2.75 25 30 22 5.15 37.5 GX24-1..MSS-E25L21-GX24-2 2.76 3.75 25 30 22 4.90 37.5 GX24-2..25LMSS-E25L21-GX24-3 3.76 5.00 25 30 22 4.43 37.5 GX24-3..MSS-E25L21-GX24-4 5.01 6.50 25 30 22 3.80 37.5 GX24-4..MSS-E25L21-GX24-5 8.00 8.00 25 30 23 2.95 37.5 GX24-5..MSS-E32L21-GX24-2 2.76 3.75 32 38 22 4.95 48 GX24-2..32 MSS-E32L21-GX24-3 3.76 5.00 32 38 22 4.43 48 GX24-3..MSS-E32L21-GX24-4 5.01 6.50 32 38 22 3.80 48 GX24-4..AXOrdering example: 1 piece MSS-E20R21-GX24-1Bgr. =Assembly sizeD16When using the radius insert GX24-4/GX24-5 l 1 = 23 mmSXBgr.12 7897200/M2,5X10/T08 7724106/TORX T0816 7897202/M3,5X12,5/T15 7897208/TORX T15 T20 7897203/M4,0X14/T15 7897208/TORX T15 T25 7897205/M5,0X18/T20 7897207/TORX T20 T32 7897206/M6,0X20/T25 7883304/TORX T25 T2GX GX GX-A AX SX LX FX TCD17LXD18FXGX-E2GX-R2D8-D10 #R01# D13-D15 D16 D17 D18 D19-D20 D50D19-D20C6 C12 D4 D5 D7 D56 D57 D60 D61D4D10Information about the application of the tools andinserts.Reference to the appropriate inserts and tools.Cutting materials, colour codes:Uncoated carbideCoated carbideA9

CERATIZIT designation systemTool holdersA10A11Systems UTS, HSK-TSystem assembly sizeMSS systemE = external / I = internalAssembly sizeHandApproach angleParting and grooving depthShank section, typeShank lengthInsert systemMSS-E25R00-2525-LA12MSS-E25R00-ADUT40-MSS-E25R00HSK T63-MSS-E32L90E16R0021-1616-K-GX24-1MC -05 R- 1010-KE12R00-1212-TC16MSS-I25R90-1.5DUT40-MSS-I32R90-2DUT40-MSS-I32R90-2D-TC16I12R90-2.5D-GX09A10

CERATIZIT designation systemModulesMSS systemE = external / I = internalAssembly sizeHandMax. parting and groovingdepthInsert systemInsert size, cutting widthWidth classAxialdiameter rangeD min - D maxA8-A9hsA10-A12MSS-E25 R 12-GX 16 - 2MSS-E25 R15 - GX 24 - 3A 70-100A13-A34MSS-E25R10-AX10A36-A37MSS-E25R25-SX3MSS-E32 N 45-LXA38-A57MSS-E25R20-FX3.1MSS-E25 R-TC 16 - 2A58-A81MSS-I25 R 06-GX 09 - 1MSS-I32 R-TC 16 - 2A11

CERATIZIT designation systemInsertsA10A11Insert systemInsert sizeNumber of cutting edgesWidth classInsert shape, applicationCutting width, pitchHand, thread standardCorner radius, angleMinimum axial groovingdiameterChip groove codeGX16-2 E3.00N0.30-CodeA12PartingandgroovingGX16-2 R1.50NCodeGX16-2 S1.00RA13AX10E3.00N0.30-20-CodeSXE2.00N0.20-CodeSXR1.50N- CodeLXE8.00N0.80-CodeLXR4.00N-CodeFX3.10N0.20-CodePX20- 2 E 1.50 L 05- CodeMC05- 5-1.00N0.10-CodeTC16-1 E1.50ISO-CodeA12

Parting and groovingParting and grooving covers a diverse range of applications and demands, advanced technology andintelligent tool design.A8-A9Diverse range of applicationsh> Radial, axial grooving> External/internal parting andgrooving> Grooving> Part-off> Profile grooving> Parting, grooving and turning> Deep groovingradialexternalaxialinternalsA10-A12A13-A34GroovingPart-offProfilegroovingParting,grooving andturningDeep groovingA36-A37Advanced technology> Chip formation> Chip evacuation> Parallel - flat parting and grooving surface> Surface finish> Formation of burrs when parting off tubes> Formation of pips in part-off operations> v c = 0 in the centre> Entire main cutting edge appliedA38-A57A58-A81Intelligent tool design> Narrow, long overhang> Insert clamping> Rigidity> Resistant against breakage> Easy handling> EconomyA13

The solution!Partingandgrooving- The modular parting, grooving and threading systemA13SolutionA14In order to be able to meet all demands, up-to-date tools have a modular structure.BenefitsA15SystemcomponentsA16InterfaceA17ModulesA18-A19InsertsA20-A21WidthclassesGXA22Assemblysize GXA23System features> Separate shank and tool holder> Same interface for all parting, grooving and threading applications> Stable, precise connection> Extendable through new 'modules'> Easy handling> Clamping features optimized for the various applicationsA14

MSS – benefitsFlexibility> Adaptable to machining task> One system only for all parting, grooving andthreading operations> Particularly well-suited for semi-standard toolsA8-A9hPrecision> High accuracy and repeatability when changing themodule> Reduced set-up time> High-quality work piecessA10-A12Stability> Application security> Parting, grooving and longitudinal turning possibleA13-A34A36-A37Simplicity> Quick module change in case of tool breakage,short downtimeA38-A57Economy> Low stock inventory provides a large variety ofcombination possibilities> In case of tool breakage only change moduleA58-A81Completeness> Components for all work pieces and materialsA15

MSSSystem componentsPartingandgroovingParting, grooving and turning GXParting and grooving FXA13SolutionA14BenefitsA15SystemcomponentsA16InterfaceA17ModulesA18-A19InsertsParting, grooving andturning LX + SXAxial grooving AX + GXA20-A21WidthclassesGXA22Thread turning TCAssemblysize GXA23A16

The interfaceThe strong connectionUnclamped module:Clamped module:A8-A9GaphsA10-A12Gap> Gap between module and locationface for axial clamping> Axial clamping with location face> Connection without clearance,therefore highest stabilityA13-A34Clamping featuresA36-A37LX / GX / AX:active insert clamping2314LX4GXAX 4Screws 1, 2 and 3 are used toclamp the module. The insertis self-clamping.The insert is clamped throughthe elastic deformation of themodule through the additionalscrew 4.A38-A57A58-A81FX / SX:Self-clamping insertsFXSXScrews 1, 2 and 3 are used toclamp the module. The insertis self-clamping.231GX / TC:Active insert clamping231GX3TCScrews 1, 2 and 3 are used toclamp the module.Important: clamp the modulewith screw 1, then screw2. Afterwards the insert isclamped by means of screw 3.A17

sThe modulesSystems GX / AX / SXPartingandgroovingParting, grooving, longitudinal turning, axial groovingA13GX externalTmaxSolutionT max = 7 - 21 mms = 2.0 - 8.0 mmA14BenefitsCirclip grooves:T max = 0.75 - 4.0 mms = 0.6 - 5.25 mmA15SystemcomponentsGX internalTmaxO-ring grooves:T max = 1.78 - 2.58 mms = 1.6 - 2.4 mmA16InterfacesT max = 4 - 19 mms = 2.0 - 6.0 mmA17Axial groovingModulesA18-A19AXT maxT max = 5 - 15 mms = 3 mmInsertssA20-A21WidthclassesGXParting, grooving, longitudinal turningA22SXT maxAssemblysize GXT max = 20 - 35 mms = 2 - 4 mmsA23A18

sThe modulesSystems LX / FX / TCParting, grooving, longitudinal turning, axial groovingLXTmaxT max = 25 - 45 mms = 8.0 - 10.0 mmA8-A9hsA10-A12Parting, groovingFXT maxA13-A34T max 20 = 45 mms = 2.2 - 6.5 mmA36-A37sThread turning and millingA38-A57TCPitch:ISO 0.5 - 5.0 mmBSW 28 - 5 TPIA58-A81System characteristicsBenefits> Modules made of tempered steelwith high strength> Locating surfaces for MSS interfaceground with highest precision> Ground insert seat> Long tool life, high rigidity> Accurate repeatability> Secure and precise insert clampingA19

The insertsSystems GX / AX / SX / LXPartingandgroovingParting, grooving, longitudinal turning, axial groovingA13SolutionGXInsertsize09 0,6 - 3,25 0,8 - 1,2 2,0 - 3,5 1,0 - 1,216 0,6 - 5,25 0,8 - 1,2 2,0 - 6,0 1,5 - 3,0Uponrequest24 2,0 - 6,0 1,50 - 3,0A14BenefitsAxial groovingA15AXSystemcomponents3,0A16InterfaceParting, grooving, longitudinal turningA17ModulesSXRA18-A19InsertsN1,5 - 3,0 2,0 - 6,0 2,0 - 4,0A20-A21WidthclassesGXParting, grooving, longitudinal turning, axial groovingLXA224,0 8,0 - 10,0Assemblysize GXA23> According to the respective application either precision ground or sintered> Optimized geometries for all important materials> Security through ideal combination of substrate and coating> All inserts for aluminium machining are microfinishedA20

The insertsSystems FX / PX / MC / TCParting, groovingFXN2,2 - 9,7 2,2 - 6,5A8-A9hsA10-A12Parting, groovingA13-A34PXN1,0 - 2,0 1,0 - 2,0A36-A37A38-A57Parting, grooving, longitudinal turningMCN1,0 - 2,5 1,0 - 2,5A58-A81Thread turning and millingTCISO 60° BSW 55°Full and partial profileexternal, internalPitch 0.5 - 5.0 mmFull and partial profileexternal, internal48 - 5 TPIA21

PartingandgroovingWidth classesThe width classesSystem GX1 2 3 4 5A13SolutionA14BenefitsParting and groovingmodulesA15SystemcomponentsA16InterfaceParting and groovinginserts Inserts for circlipgroovesA17ModulesModule designation:MSS-E20R12-GX16-2A18-A19InsertsInsert designation:GX16-2E3.00N0.30Width class 1)A20-A21WidthclassesGXThe parting and grooving widths of the MSS system are divided into width classes. Every width classrepresents a certain range of cutting widths.A22Assemblysize GXA231) Ideally the module and the insert have the same width class. This combination results in the bestpossible application security.A22

The assembly size The assembly size is determined by theshank dimensions of the MSS tool holders.In this manner the correct tool holder can beassigned to the correct module size and viceversa.The following tables will give you anoverview of the width classes and insertsizes for the available assembly sizes.A8-A9hsTool designation:MSS-E25R00-2525LModule designation:MSS-E25R25-GX16-2Assembly size (h)A10-A12A13-A34externalGXinternalAssembly size(h)10121620253240Width class1 2 3 4 1 2 3 4A36-A37A38-A57A58-A81GXInsert sizeAssembly size (h) 10121620253240A23

System overviewSystem GXSystemGXA24System GX is characterized by a double-ended insert with numerous application possibilities. It ismostly applied for radial grooving and turning. Thanks to special modules the system can easily beadapted for axial and circlip grooving.For GX inserts a range of modules and boring bars for internal grooving is available.SystemAXA25Tool shank with GXgrooving modulehGX module, axialSystemSXDA26SystemLXA27h1h 2SystemFXGX bladeA28sSystemPXA29sh1 h ClampingblockSystemMaxiClickshA30SystemTCMonobloc toolh 1A31-A34System characteristics> Double-ended insert> Ground and directly pressed insertsBenefits> Good economy> Optimum solution for all situationsA24

System overviewSystem AXSystem AX is for axial grooving with small diameters. A special characteristic of the design is that theinsert needs no support in the cutting area.A8-A9Tool shank with AX partingand grooving moduleh hsA10-A12h 1A13-A34A36-A37shA38-A57Monobloc toolh 1 D minA58-A81System characteristics> Neutral insert> Monobloc and modular toolsBenefits> May be applied in left-hand and right-hand tools> Optimum solution in terms of costs for everyapplicationA25

System overviewSystem SXSystemGXIn system SX the insert is self-clamping and fixed with maximum clamping force in the insert seat. Precisecutting edge positioning and easy handling are guaranteed.A24SystemAXTool shank with SX partingand grooving modulehA25SystemSXA26SystemLXh 1A27SX bladeh 2SystemFXA28SystemPXsrh 1h ClampingblockA29hSystemMaxiClickMonobloc toolA30SystemTCh 1A31-A34System characteristics> Active clamping> Insert seat with fixed stop> Easy handling> FEM optimized toolBenefits> Inserts will not pull out of the cutting blade> Exact positioning of the cutting edge> Quick insert change> Maximum stability also when longitudinal turningA26

System overviewSystem LXSystem LX is characterized by high strength and stability. It is most suitable for the production of wide anddeep grooves as well as for parting off large bar diameters.A8-A9Parting and groovingmodule LX Detail ZActive insert clampinghsA10-A12A13-A34sh 2rLX bladeA36-A37ZClamping blockh 1 hA38-A57h 1A58-A81Application of LX modules> Part-off> Grooving and turning> Axial grooving with D > 500 mm> Internal grooving and turning with D > 200 mmSystem characteristics> Robust construction> Active insert clamping> Insert with full radiusBenefits> Application security, high strength and stability> Well-suited for copy turningA27

System overviewSystem FXSystemGXSystem FX is characterized by a self-clamping single blade insert for deep grooving of large diameters.FX is directly integrated in the MSS system by means of the respective modules. Additionally the triedand tested block/blade solutions and monobloc tools are available.A24SystemAXA25SystemSXTool shank with FXgrooving modulehA26SystemLXh 1A27 ClampingblockSystemFXFX bladeA28SystemPXsh1 h A29SystemMaxiClickhA30SystemTCh1Monobloc toolA31-A34System characteristics> Self-clamping insert> Adjustable blade> Single-blade insert, directly pressedBenefits> Easy handling, no clamping parts> Parting and grooving depth, overhang optimallyadjustable> Economic for deep parting and groovingA28

System overviewSystem PXThis system is the first choice for small parting and grooving widths when maximum flexiblity,repeatability and stability are required in high volume production.A8-A9hsA10-A12Monobloc toolA13-A34A36-A37 T maxh 1 / h = 16 - 20 mms = 1,0 - 2,0 mmT = 5 - 11 mmmaxA38-A57A58-A81System characteristicsBenefits> Maximum precision of the cutting edge whenmounted> Flexible cutting widths possible> Close tolerances on the work piece> Less material wastageA29

System overviewSystem MaxiClickSystemGXMaxiClick is characterized by a cutting insert consisting of 4 or 5 cutting elements. The worn cuttingedge is broken off towards the side, like a snap-off knife.A24SystemAXMonobloc toolA25SystemSXA26SystemLXh / h = 10 - 25 mm1 A27SystemFXT maxA28SystemPXA29SystemMaxiClicks = 1,0 - 2,5 mmT = 5 - 10 mmmaxA30SystemTCA31-A34System characteristics> Extremely narrow part-off and grooving widthsare possible> Excellent surface quality can be achieved> Multiple part-off operations are possibleBenefits> Less material wastage> No additional finishing work necessary> Reduction of machining costsA30

System overviewSystem TCWith system TC the same insert can be used to produce threads by turning or milling. TC offers numerousadvantages which are of decisive importance for many threading applications.A8-A9Tool shank with TCthreading modulehsh 1 / h = 20 - 25 mmA10-A12PitchP = 0.5 - 5.0 mmP = 48 - 5 TPIh 1A13-A34Monobloc toolhA36-A37h 1 / h = 12 mmPitchP = 0.5 - 3.0 mmP P P = 48 - 8 TPI hh 1A38-A57Monobloc toolfor thread millingd 1 = 25 - 32 mmPitchP = 0.5 - 5.0 mmP = 48 - 5 TPIA58-A81System characteristics> Turning and milling with the same insert> Neutral configuration of insertBenefits> Flexibility, reduced variety and costs> Right-hand and left-hand threads possible usingone insert only> Reduced storageA31

System TC – thread turningSystemGXSystem TC for thread turning is an integrated part of the MSS system. Compared to traditional systemsTC offers a series of advantages which are of decisive importance for many threading applications.A24SystemAXSystem TCConventional systemA25SystemSXA26SystemLXA27SystemFX> Neutral configuration of insert makesoperation in both directions possible> Only one threading insert per pitch for partialprofile and Whitworth thread;only two threading inserts (internal - external)per pitch for ISO threads> Reduced storage> Good chip formation through chip groove withrake angle +10°> Right-hand and left-hand version of insert,therefore operation only in one direction> For every pitch 4 threading inserts arenecessary (right-hand - left-hand, internal- external)A28SystemPXA29SystemMaxiClickA30SystemTCOverhangOverhangA31-A34Enhanced economy through> Reduced machining time> Fewer tool changes> Improved stability, small overhang> Material saving> Thread turning between shoulders possible> Fewer tools and inserts> For this machining method 2 tools arenecessary> Additional loss of stability and materialcaused by large overhangsA32

System TC – thread turningSystem TCConventional systemA8-A9hsA10-A12> Easy access to work piece therefore useof tailstock also possible with small threaddiameters> Difficult component access> Danger of collisionA13-A34right-hand threadleft-hand threadLBALA36-A37left-hand threadright-hand threadA38-A57ARRBcorrectedstandardright-hand threadleft-hand threadp (mm)10987654321A+3° +2° +1° 0°-3° ABA58-A81R = right-hand toolL = left-hand toolØ (mm)50 100 150> Easy to apply as the tools can be used inboth directions without correcting the helixangle> Correction of helix angle necessary,therefore high degree of applicationknow-how required> Can only be operated in one directionA33

System TC – thread millingSystemGXFor thread milling and turning the same inserts are applied. With special tool shanks, which arecharacterized by compact and modular construction, external as well as internal threads can beproduced on all up-to-date machining centres.A24SystemAXA25SystemSXExternal threadA26SystemLXInternal threadA27SystemFXA28SystemPXISO 60°BSW 55°ISO 60°A29SystemMaxiClickinternalinternal/externalexternalA30SystemTCA31-A34System characteristics> Turning and milling with the same insert> Single-tooth thread milling> Thread is cut in one passBenefits> Flexibility, reduced variety and costs> Low machining forces, large overhangpossible, high cutting data (v c and f), easyprogramming> No interruptions or steps in the threadA34

A8-A9hsA10-A12A13-A34A36-A37A38-A57A58-A81A35

MasterGuideMaterialA36-A37Based on VDI 3323 CERATIZIT's MasterGuide divides materials intosix main groups (P, M, K, N, S, H) .Each is given a colour, according to the system partly adoptedin ISO 513.Blue: steelMachining, cementation,tempered and constructionalsteelsYellow: stainless steelFerritic Cr-steels, austeniticCrNi-steels, martensiticCr-steels, duplex steelsRed: cast ironCast iron, grey cast iron,tempered iron, spheroidalcast iron, CGI, sintered ironGreen: non ferrous metalsand non metalsAl wrought and Al cast alloys,copper, copper alloys, nonmetal materialsOrange: heat resistantalloys / titaniumNi/Co-base alloys, Ti alloysWhite: hard materialsHardened steels (≥ 45 HRC),chilled castings, hard castironsMachining application typeEach coloured segment is divided into three sections, and eachsection indicates the relevant machining application type:R = rough machiningM = medium machiningF = fine machiningA36

MasterGuideApplicationA8-A9The ideal application area for the insert is indicated by a blackcircle. Extended applications are indicated by an open circle.The CERATIZIT MasterGuide provides you with an easilyunderstandable structure for choosing a product and enablesyou to reduce grade and geometry stocks.hsA10-A12● Main applicationA13-A34○ Extended applicationA36-A37The right indexable insert at a glanceA38-A57A58-A81Main application:Medium machining of steel and stainless steel.Extended application:Finish machining of steel and stainless steel.Medium and finish machining of non ferrous metals andnon metals, heat resistant alloys/titanium.A37

10864200 2 4 6 8 10The CERATIZIT designation systemfor new cutting materialsA38-A42Parting &groovingA43-A46Parting &groovingA47-A48Parting &groovingA49-A50Parting &groovingManufacturer: CERATIZITCutting materialW Uncoated carbideC CVD coated carbideP PVD coated carbideT Uncoated cermetE Coated cermetN Uncoated silicon nitrideM Coated silicon nitrideS Mixed ceramicI SialonD PCDB CBNL CBN coatedH Sintered HSSCTC C P3353 ISO 513Application rangeFor example:05 ISO K05/P05101525-A51Parting &groovingMain application (material)Variant 1: numberMain application (machiningmethod)A52Threading1 Steel2 Stainless steel3 Cast iron4 Light and non ferrous metals, non metals5 Heat resistant alloys, titanium6 Hard materials7 Universal grade for a variety of applications1 Turning2 Milling3 Parting and grooving4 Drilling5 Threading6 Others7 Universal grade for a variety ofapplicationsA54ThreadingMain application (material)Variant 2: ISO letterA55ThreadingA56ThreadingP SteelM Stainless steelK Cast ironN Light and non ferrous metals, non metalsS Heat resistant alloys, titaniumH Hard materialsX Universal grade for a variety of applicationsA57A38

Grade overview - parting and groovingCarbide (HW + HC)GradedesignationCTC1325CTCP335CTP1340CTPP345CTW7120GM127GM40GM74005 15 25 35 4501 10 20 30 40 50HC-P25 C●HC-M20 C○HC-K30 C●HC-P35 C●HC-M30 C○HC-K35 C●P M K N S HHC-P30 P●HC-M25 P● ●HC-K30 P●○HC-P45 P●HC-M40 P●HC-S40 P○HW-M20 W○HW-K20 W●○HC-P30 C●HC-M25 C○HC-P35 C●HC-M30 C●HC-P40 C●HC-M35 C●H216T / H10T HW-K15 W ●●S40TSR127*Standarddesignation*Type of cutting materialA38Cutting materialApplication rangeHW-P40 W●HW-M40 W●HC-P25 C●HC-M20 C○HC-K30 C●●01 10 20 30 40 5005 15 25 35 45Steel○StainlessCast ironNon ferrousmetalsMain applicationExtended applicationHeat resistantHard materialsA8-A9hsA10-A12A13-A34A36-A37A38-A57A58-A81A39

10864200 2 4 6 8 10Grade overview - parting and groovingCarbide (HW + HC)A38-A42Parting &groovingA43-A46Parting &groovingA47-A48Parting &groovingGradedesignationSR735*StandarddesignationCutting materialApplication range05 15 25 35 4501 10 20 30 40 50HC-P35 C●HC-M30 C○HC-K35 C●P M K N S HTSM20 HW-K15 W●●●01 10 20 30 40 5005 15 25 35 45Steel●○StainlessCast ironNon ferrousmetalsMain applicationExtended applicationHeat resistantHard materialsA49-A50Parting &groovingA51Parting &groovingA52ThreadingA54ThreadingA55ThreadingA56Threading*Type of cutting materialA38A57A40

Grade overview - TC threadingCarbide (HW + HC)GradedesignationGM213GM240*StandarddesignationCutting materialApplication range05 15 25 35 4501 10 20 30 40 50HC-P20 C●HC-M15 C●HC-K25 C●HC-P35 C●HC-M25 C●P M K N S HH216T / H10T HW-K15 W ●●01 10 20 30 40 5005 15 25 35 45Steel●○StainlessCast ironNon ferrousmetalsMain applicationExtended applicationHeat resistantHard materialsA8-A9hsA10-A12A13-A34A36-A37A38-A57A58-A81*Type of cutting materialA38A41

10864200 2 4 6 8 10ISO 513CarbideReferenceCarbide groupA38-A42Parting &groovingHW Uncoated carbide, consisting mainly of tungsten carbide (WC)HT 1) Uncoated carbide, consisting mainly of titanium carbide (TiC) or titaniumnitride (TiN) or bothHCCarbides as above, but coatedA43-A46Parting &grooving1 ) These carbides are also called 'cermets'.A47-A48Parting &groovingCeramicReferenceCeramic groupA49-A50Parting &groovingCA Oxide ceramic, consisting mainly of aluminium oxide (Al 2 O 3 )CM Mixed ceramic, based on aluminium oxide (Al 2 O 3 ), but with />differentoxide componentsCN Nitride ceramic, consisting mainly of silicon nitride (Si 3 N 4 )CCCeramics as above, but uncoatedA51Parting &groovingDiamondA52ThreadingReferenceDiamond groupDP Polycrystalline diamond 2)2 ) Polycrystalline diamond and polycrystalline boron nitride are also called ultra-hard cutting materials.A54ThreadingA55ThreadingBoron nitrideReferenceBoron nitride groupA56ThreadingBN Cubic crystalline boron nitride (polycrystalline boron nitride) 2)A57A42

Grade description – parting and groovingSteelCTC1325HC-P25HC-M20HC-K30...Composition:Co 7.0%; composite carbides 8.0%; WC balanceGrain size:1 - 2 µmA8-A9Hardness:HV 30 1450hToughness0 2 4 6 8 10Coating specification:CVDTi(C,N) + Ti(C,N) + TiN + Al 2 O 3 ; 12 µmsA10-A12Wear resistance0 2 4 6 8 10A13-A34CTCP335HC-P35HC-M30HC-K35...Composition:Co 10.5%; mixed carbides 2.0%; WC balanceGrain size:1 - 2 µmA36-A37Hardness:HV 30 1400Coating specification:Ti(C,N) + Al 2 O 3 ; 7.5 µmA38-A57Toughness0 2 4 6 8 10Wear resistance0 2 4 6 8 10Properties, application:• Excellent wear resistance• Good resistance to oxidation• High toughness• Good heat resistanceA58-A81CTP1340HC-P30HC-M25HC-K30...Composition:Co 9.0%; WC balanceGrain size:0.7 - 1 µmHardness:HV 30 1590Toughness0 2 4 6 8 10Coating specification:PVDTiAlN; 4 µmWear resistance0 2 4 6 8 10Properties, application:• Excellent suitability for universal application• Ideal for stainless steels• High cutting edge stabilityA43

10864200 2 4 6 8 10Grade description – parting and groovingSteelA38-A42Parting &groovingCTPP345HC-P45HC-M40HC-S40...Composition:Co 12.5%; mixed carbides 2.0%; WC balanceGrain size:1 - 1.5 µmHardness:HV 30 1380A43-A46Parting &groovingA47-A48Parting &groovingToughness0 2 4 6 8 10Wear resistance0 2 4 6 8 10Coating specification:TiAlN; 7 µmProperties, application:• For universal application• Excellent toughness• Good wear resistance• High application securityA49-A50Parting &groovingGM127HC-P30HC-M25...Composition:Co 6.0%; composite carbides 0.6%; WC balanceGrain size:2 µmA51Parting &groovingToughness0 2 4 6 8 10Hardness:HV 30 1460Coating specification:CVDTiC + Ti(C,N) + TiN; 5 µmA52ThreadingWear resistance0 2 4 6 8 10A54ThreadingA55ThreadingGM40HC-P35HC-M30...Composition:Co 11.0%; composite carbides 12.0%; WCbalanceGrain size:1 - 2 µmHardness:HV 30 1420A56ThreadingToughness0 2 4 6 8 10Coating specification:CVDTiC + Ti(C,N) + TiN; 5.5 µmWear resistance0 2 4 6 8 10A57A44

Grade description – parting and groovingSteelGM740HC-P40HC-M35...Composition:Co 12.5%; composite carbides 2.0%; WCbalanceGrain size:1 - 1.5 µmA8-A9Toughness0 2 4 6 8 10Hardness:HV 30 1380Coating specification:CVDTiN-Ti(C,N)-Al 2 O 3 -Ti(N,B); 6 µmhsA10-A12Wear resistance0 2 4 6 8 10A13-A34S40THW-P40HW-M40...Composition:Co 11.0%; mixed carbides 12.0%; WC balanceGrain size:1 - 2 µmA36-A37Hardness:HV 30 1420A38-A57Toughness0 2 4 6 8 10Wear resistance0 2 4 6 8 10Properties, application:• High toughness• Medium to low cutting speed• For universal application on steelA58-A81SR127HC-P25HC-M20HC-K30...Composition:Co 6.0%; composite carbides 0.6%; WC balanceGrain size:2 µmHardness:HV 30 1460Toughness0 2 4 6 8 10Wear resistance0 2 4 6 8 10Coating specification:CVDTi(C,N) + TiN + Al 2 O 3 ; 12 µmProperties, application:• Wide range of applications (steel and cast iron)• Excellent resistance to oxidation• Good toughness• High wear resistanceA45

10864200 2 4 6 8 10Grade description – parting and groovingSteelA38-A42Parting &groovingSR735HC-P35HC-M30HC-K35...Composition:Co 11.0%; composite carbides 12.0%; WCbalanceGrain size:1 - 2 µmHardness:HV 30 1420A43-A46Parting &groovingToughness0 2 4 6 8 10Coating specification:CVDTi(C,N) + Al 2 O 3 ; 5.5 µmA47-A48Parting &groovingWear resistance0 2 4 6 8 10A49-A50Parting &groovingA51Parting &groovingA52ThreadingA54ThreadingA55ThreadingA56ThreadingA57A46

Grade description – parting and groovingStainless steelCTP1340HC-P30HC-M25HC-K30...Composition:Co 9.0%; WC balanceGrain size:0.7 - 1 µmA8-A9Hardness:HV 30 1590hToughness0 2 4 6 8 10Coating specification:PVDTiAlN; 4 µmsA10-A12Wear resistance0 2 4 6 8 10Properties, application:• Excellent suitability for universal application• Ideal for stainless steels• High cutting edge stabilityA13-A34CTPP345HC-P45HC-M40HC-S40...Composition:Co 12.5%; mixed carbides 2.0%; WC balanceGrain size:1 - 1.5 µmA36-A37Hardness:HV 30 1380Coating specification:TiAlN; 7 µmA38-A57Toughness0 2 4 6 8 10Wear resistance0 2 4 6 8 10Properties, application:• For universal application• Excellent toughness• Good wear resistance• High application securityA58-A81GM40HC-P35HC-M30...Composition:Co 11.0%; composite carbides 12.0%; WCbalanceGrain size:1 - 2 µmHardness:HV 30 1420Toughness0 2 4 6 8 10Coating specification:CVDTiC + Ti(C,N) + TiN; 5.5 µmWear resistance0 2 4 6 8 10A47

10864200 2 4 6 8 10Grade description – parting and groovingStainless steelA38-A42Parting &groovingGM740HC-P40HC-M35...Composition:Co 12.5%; composite carbides 2.0%; WCbalanceGrain size:1 - 1.5 µmHardness:HV 30 1380A43-A46Parting &groovingToughness0 2 4 6 8 10Coating specification:CVDTiN-Ti(C,N)-Al 2 O 3 -Ti(N,B); 6 µmA47-A48Parting &groovingWear resistance0 2 4 6 8 10A49-A50Parting &groovingS40THW-P40HW-M40...Composition:Co 11.0%; mixed carbides 12.0%; WC balanceGrain size:1 - 2 µmHardness:HV 30 1420A51Parting &groovingToughness0 2 4 6 8 10A52ThreadingWear resistance0 2 4 6 8 10Properties, application:• High toughness• Medium to low cutting speed• For universal application on steelA54ThreadingA55ThreadingA56ThreadingA57A48

Grade description – parting and groovingCast ironCTC1325HC-P25HC-M20HC-K30...Composition:Co 7.0%; composite carbides 8.0%; WC balanceGrain size:1 - 2 µmA8-A9Hardness:HV 30 1450hToughness0 2 4 6 8 10Coating specification:CVDTi(C,N) + Ti(C,N) + TiN + Al 2 O 3 ; 12 µmsA10-A12Wear resistance0 2 4 6 8 10A13-A34CTCP335HC-P35HC-M30HC-K35...Composition:Co 10.5%; mixed carbides 2.0%; WC balanceGrain size:1 - 2 µmA36-A37Hardness:HV 30 1400Coating specification:Ti(C,N) + Al 2 O 3 ; 7.5 µmA38-A57Toughness0 2 4 6 8 10Wear resistance0 2 4 6 8 10Properties, application:• Excellent wear resistance• Good resistance to oxidation• High toughness• Good heat resistanceA58-A81H216T / H10THW-K15...Composition:Co 6.0%; WC balanceGrain size:1 µmHardness:HV 30 1630Toughness0 2 4 6 8 10Wear resistance0 2 4 6 8 10Properties, application:• Optimally suitable for aluminium• High wear resistance• High heat resistance• Low tendency to adhesionA49

10864200 2 4 6 8 10Grade description – parting and groovingCast ironA38-A42Parting &groovingSR127HC-P25HC-M20HC-K30...Composition:Co 6.0%; composite carbides 0.6%; WC balanceGrain size:2 µmHardness:HV 30 1460A43-A46Parting &groovingA47-A48Parting &groovingToughness0 2 4 6 8 10Wear resistance0 2 4 6 8 10Coating specification:CVDTi(C,N) + TiN + Al 2 O 3 ; 12 µmProperties, application:• Wide range of applications (steel and cast iron)• Excellent resistance to oxidation• Good toughness• High wear resistanceA49-A50Parting &groovingSR735HC-P35HC-M30HC-K35...Composition:Co 11.0%; composite carbides 12.0%; WCbalanceGrain size:1 - 2 µmA51Parting &groovingToughness0 2 4 6 8 10Hardness:HV 30 1420Coating specification:CVDTi(C,N) + Al 2 O 3 ; 5.5 µmA52ThreadingWear resistance0 2 4 6 8 10A54ThreadingA55ThreadingA56ThreadingA57A50

Grade description – parting and groovingNon ferrous metals and non metalsCTW7120HW-M20HW-K20...Composition:Co 10.0%; WC balanceGrain size:0.7 µm (submicron grade)A8-A9Hardness:HV 30 1550hsToughness0 2 4 6 8 10A10-A12Wear resistance0 2 4 6 8 10Properties, application:• Ideal for non ferrous metals• Substrate for PVD coatingsA13-A34H216T / H10THW-K15...Composition:Co 6.0%; WC balanceGrain size:1 µmA36-A37Hardness:HV 30 1630A38-A57Toughness0 2 4 6 8 10Wear resistance0 2 4 6 8 10Properties, application:• Optimally suitable for aluminium• High wear resistance• High heat resistance• Low tendency to adhesionA58-A81A51

10864200 2 4 6 8 10Grade description – parting and groovingHeat resistant alloys / titaniumA38-A42Parting &groovingCTP1340HC-P30HC-M25HC-K30...Composition:Co 9.0%; WC balanceGrain size:0.7 - 1 µmHardness:HV 30 1590A43-A46Parting &groovingToughness0 2 4 6 8 10Coating specification:PVDTiAlN; 4 µmA47-A48Parting &groovingWear resistance0 2 4 6 8 10Properties, application:• Excellent suitability for universal application• Ideal for stainless steels• High cutting edge stabilityA49-A50Parting &groovingA51Parting &groovingA52ThreadingA54ThreadingA55ThreadingA56ThreadingA57A52

A8-A9hsA10-A12A13-A34A36-A37A38-A57A58-A81A53

10864200 2 4 6 8 10Grade description – threadingSteelA38-A42Parting &groovingGM213HC-P20HC-M15HC-K25...Composition:Co 6.0%; WC balanceGrain size:1 µmHardness:HV 30 1630A43-A46Parting &groovingToughness0 2 4 6 8 10Coating specification:CVDTiC + TiN; 3 µmA47-A48Parting &groovingWear resistance0 2 4 6 8 10Properties, application:• Suitable for high cutting speed• Good heat resistance• Good wear resistanceA49-A50Parting &groovingGM240HC-P35HC-M25...Composition:Co 10.0%; composite carbides 0.6%; WCbalanceGrain size:0.7 µmA51Parting &groovingA52ThreadingToughness0 2 4 6 8 10Wear resistance0 2 4 6 8 10Hardness:HV 30 1590Coating specification:CVDTiC + Ti(C,N) + Al 2 O 3 + Ti(N,B); 6 µmProperties, application:• For universal application• High toughness• Good wear resistance• Low tendency to adhesionA54ThreadingA55ThreadingA56ThreadingA57A54

Grade description – threadingStainless steelGM213HC-P20HC-M15HC-K25...Composition:Co 6.0%; WC balanceGrain size:1 µmA8-A9Hardness:HV 30 1630hToughness0 2 4 6 8 10Coating specification:CVDTiC + TiN; 3 µmsA10-A12Wear resistance0 2 4 6 8 10Properties, application:• Suitable for high cutting speed• Good heat resistance• Good wear resistanceA13-A34GM240HC-P35HC-M25...Composition:Co 10.0%; composite carbides 0.6%; WCbalanceGrain size:0.7 µmA36-A37Hardness:HV 30 1590A38-A57Toughness0 2 4 6 8 10Coating specification:CVDTiC + Ti(C,N) + Al 2 O 3 + Ti(N,B); 6 µmWear resistance0 2 4 6 8 10Properties, application:• For universal application• High toughness• Good wear resistance• Low tendency to adhesionA58-A81A55

10864200 2 4 6 8 10Grade description – threadingCast ironA38-A42Parting &groovingGM213HC-P20HC-M15HC-K25...Composition:Co 6.0%; WC balanceGrain size:1 µmHardness:HV 30 1630A43-A46Parting &groovingToughness0 2 4 6 8 10Coating specification:CVDTiC + TiN; 3 µmA47-A48Parting &groovingWear resistance0 2 4 6 8 10Properties, application:• Suitable for high cutting speed• Good heat resistance• Good wear resistanceA49-A50Parting &groovingH216T / H10THW-K15...Composition:Co 6.0%; WC balanceGrain size:1 µmHardness:HV 30 1630A51Parting &groovingA52ThreadingToughness0 2 4 6 8 10Wear resistance0 2 4 6 8 10Properties, application:• Optimally suitable for aluminium• High wear resistance• High heat resistance• Low tendency to adhesionA54ThreadingA55ThreadingA56ThreadingA57A56

Grade description – threadingNon ferrous metals and non metalsH216T / H10THW-K15...Composition:Co 6.0%; WC balanceGrain size:1 µmA8-A9Hardness:HV 30 1630hsA10-A12Toughness0 2 4 6 8 10Wear resistance0 2 4 6 8 10Properties, application:• Optimally suitable for aluminium• High wear resistance• High heat resistance• Low tendency to adhesionA13-A34A36-A37A38-A57A58-A81A57

The easy way to successInserts for system GXThe easyway tosuccessPart-off, grooving, turningA58-A65ApplicationrecommendationsA66-A81HardmaterialsHeatresistantSteelStainlesssteelCast ironNon ferrousmetalsChip groove Machining type MaterialConsistent cuttingdepthInconsistent cuttingdepthInterrupted cut-F2 ● CTC1325 CTC1325 / CTP1340 CTPP345● CTP1340 CTP1340 / CTPP345 CTPP345○ CTC1325 CTC1325 / CTP1340 –– – –○ – – –Standard● CTC1325 CTC1325 / CTP1340 CTCP335○ CTP1340 CTP1340 CTP1340● CTC1325 CTC1325 / CTP1340 CTP1340– – –– – –-M40 ● CTC1325 CTC1325 / CTP1340 CTP1340 / CTPP345○ CTP1340 CTP1340 / CTPP345 CTPP345● CTC1325 CTC1325 CTP1340– – –○ CTP1340 CTP1340 CTP1340 / CTPP345-M1 ● CTC1325 CTC1325 / CTP1340 CTPP345○ CTP1340 CTP1340 / CTPP345 CTPP345● CTC1325 CTC1325 / CTP1340 CTP1340– – –○ CTP1340 CTP1340 CTP1340 / CTPP345-27P– – –– – –– – –● H216T H216T H216T– – –A58

The easy way to successInserts for system GXRadius grooves, copy turningHardmaterialsHeatresistantSteelStainlesssteelCast ironNon ferrousmetalsChip groove Machining type MaterialConsistent cuttingdepthInconsistent cuttingdepthInterrupted cutR/L ● CTC1325 CTC1325 –○ CTC1325 CTC1325 –● CTC1325 CTC1325 –– – –– – –A8-A9hsA10-A12Standard/-M3-27P● CTC1325 CTC1325 / CTP1340 CTP1340 / CTCP335○ CTC1325 / GM127 CTP1340 CTP1340● CTC1325 CTC1325 CTCP335– – –– – –– – –– – –– – –● H216T H216T H216T– – –A13-A34A36-A37A38-A57Circlip groovesHardmaterialsHeatresistantNon ferrousmetalsChip groove Machining type MaterialL/N/RSteelStainlesssteelCast ironConsistent cuttingdepthInconsistent cuttingdepthInterrupted cut● CTP1340 CTP1340 –● CTP1340 CTP1340 –○ CTP1340 CTP1340 –○ CTP1340 CTP1340 –○ CTP1340 CTP1340 –A58-A81A59

The easy way to successInserts for system AXThe easyway tosuccessAxial groovingA58-A65ApplicationrecommendationsA66-A81HardHeatresistantmaterialsSteelStainlesssteelCast ironNon ferrousmetalsChip groove Machining type MaterialConsistent cuttingdepthInconsistent cuttingdepthInterrupted cut-F50 ● CTP1340 CTP1340 –● CTP1340 CTP1340 –○ CTP1340 CTP1340 –○ CTP1340 CTP1340 –○ CTP1340 CTP1340 –A60

The easy way to successInserts for system SXPart-off, grooving, turningHardmaterialsHeatresistantSteelStainlesssteelCast ironNon ferrousmetalsChip groove Machining type MaterialConsistent cuttingdepthInconsistent cuttingdepthInterrupted cut-F2 ● CTC1325 CTC1325 / CTP1340 CTPP345● CTP1340 CTP1340 / CTPP345 CTPP345○ CTC1325 CTC1325 / CTCP335 –– – –○ CTP1340 CTP1340 / CTPP345 –-M2 ● CTC1325 CTC1325 / CTP1340 CTCP335○ CTP1340 CTP1340 / CTPP345 CTCP335● CTC1325 CTC1325 / CTP1340 CTCP335– – –○ CTP1340 CTP1340 CTP1340 / CTPP345-M3 ● CTP1340 CTP1340 / CTCP335 CTP1340 / CTCP335● CTP1340 CTP1340 CTP1340 / CTCP335CTP1340 CTCP335 – CTCP335○ CTP1340 CTP1340 CTP1340○ CTP1340 CTP1340 CTP1340-M1 ● CTC1325 CTP1340 / CTCP335 CTCP335 / CTPP345○ CTP1340 CTP1340 / CTPP345 CTPP345● CTC1325 CTC1325 CTCP335– – –○ CTP1340 CTP1340 CTP1340 / CTPP345A8-A9hsA10-A12A13-A34A36-A37A38-A57-27P– – –– – –– – –● H216T H216T H216T– – –A58-A81A61

The easy way to successInserts for system LXThe easyway tosuccessPart-off, grooving, turningA58-A65ApplicationrecommendationsA66-A81HardmaterialsHeatresistantSteelStainlesssteelCast ironNon ferrousmetalsChip groove Machining type MaterialConsistent cuttingdepthInconsistent cuttingdepthInterrupted cut-M2 ● CTC1325 CTC1325 / CTCP335 CTCP335○ CTCP335 CTCP335 CTCP335● CTC1325 CTC1325 CTCP335– – –– – –-M3 ● CTC1325 CTC1325 / CTCP335 CTCP335○ CTCP335 CTCP335 CTCP335● CTC1325 CTC1325 CTCP335– – –– – –A62

The easy way to successInserts for system FXPart-off, groovingHardmaterialsHeatresistantSteelStainlesssteelCast ironNon ferrousmetalsChip groove Machining type MaterialConsistent cuttingdepthInconsistent cuttingdepthInterrupted cut-F1 ● CTC1325 CTC1325 / CTP1340 CTPP345● CTP1340 CTP1340 / CTPP345 CTPP345● CTC1325 CTC1325 / CTP1340 –– – –– – –-M1 ● CTC1325 CTP1340 / CTCP335 CTCP335 / CTPP345○ CTP1340 CTP1340 / CTPP345 CTPP345● CTC1325 CTC1325 CTCP335– – –○ CTP1340 CTP1340 CTP1340 / CTPP345-R2 ● CTC1325 CTC1325 / CTP1340 CTPP345● CTP1340 CTP1340 / CTPP345 CTPP345● CTC1325 CTC1325 CTP1340– – –○ CTP1340 CTP1340 CTP1340 / CTPP345A8-A9hsA10-A12A13-A34A36-A37-27P– – –– – –– – –● H216T H216T H216T– – –A38-A57A58-A81A63

The easy way to successInserts for system PXThe easyway tosuccessPart-off, groovingA58-A65ApplicationrecommendationsA66-A81HardHeatresistantmaterialsSteelStainlesssteelCast ironNon ferrousmetalsChip groove Machining type MaterialConsistent cuttingdepthInconsistent cuttingdepthInterrupted cut-F3 ● CTP1340 CTP1340 –● CTP1340 CTP1340 –○ CTP1340 CTP1340 –– – –○ CTP1340 CTP1340 –A64

The easy way to successInserts for system MCPart-off, groovingHardmaterialsHeatresistantSteelStainlesssteelCast ironNon ferrousmetalsChip groove Machining type MaterialConsistent cuttingdepthInconsistent cuttingdepthInterrupted cut-F2 ● CTP1340 / SR735 CTP1340 / SR735 CTP1340 / SR735● CTP1340 CTP1340 CTP1340○ CTP1340 CTP1340 SR735– – –○ CTP1340 CTP1340 –-F3 ● CTP1340 CTP1340 –● CTP1340 CTP1340 –○ CTP1340 CTP1340 –– – –○ CTP1340 CTP1340 –A8-A9hsA10-A12A13-A34-27P– – –– – –– – –● CTW7120 CTW7120 CTW7120– – –A36-A37A38-A57A58-A81A65

The easy way to successApplication recommendationsThe easyway tosuccess-F2A58-A65Applicationrecommendations> For steels in general, particularly suitable forstainless materials> Insert with ground periphery> Tolerance cutting width ± 0.02 mm> Suitable also for parting off tubes and thinwalledmaterials> Special profiles (SX, GX) possibleA66-A81Application:Feed rate for parting and grooving654Cutting width s [mm]32,521,510,05 0,1 0,15 0,2 0,25 0,3 0,35 0,4 0,45Feed rate f [mm/rev]Feed rate for longitudinal turningDepth of cut a p [mm]4,03,53,02,52,01,51,00,50,1 0,2 0,3 0,40,05 0,15 0,25 0,35Cutting width s:= 6 mm= 5 mm= 4 mm= 3 mm= 2 mma pFeed rate f [mm/rev][mm]A66

The easy way to successApplication recommendations-F3> Particularly suitable also for parting off tubesand thin-walled materials> For steels in general, particularly suitable forstainless materials> Special profiles (PX) possibleA8-A9hsA10-A12Application:A13-A34Feed rate for parting and grooving2,5A36-A372Cutting width s [mm]1,510,05 0,1 0,15 0,2 0,25 0,3 0,35 0,4 0,45A38-A57A58-A81Feed rate f [mm/rev]A67

The easy way to successApplication recommendationsThe easyway tosuccessCirclip grooves L/N/RA58-A65Applicationrecommendations> Insert for circlip grooves according to DIN471-472> For internal and external machiningA66-A81Application:Feed rate for grooving operations5,254,25Cutting width s [mm]2,75-3,251,95-2,250,6-1,70,05 0,1 0,15 0,2 0,25 0,3 0,35 0,4 0,45Feed rate f [mm/rev]A68

The easy way to successApplication recommendationsRadius grooves R/L> Inserts for radius grooves and copy turning> For all steel materials> For internal and external machiningA8-A9hsA10-A12Application:A13-A34Feed rate for grooving operationsA36-A37Radius r [mm]1,0-1,20,80,05 0,1 0,15 0,2 0,25 0,3 0,35 0,4 0,45A38-A57A58-A81Feed rate f [mm/rev]A69

The easy way to successApplication recommendationsThe easyway tosuccessStandardA58-A65Applicationrecommendations> For all steel materials> For universal application> Wide application rangeA66-A81Application:Feed rate for parting and grooving65Cutting width s [mm]4320,05 0,1 0,15 0,2 0,25 0,3 0,35 0,4 0,45Feed rate f [mm/rev]Feed rate for longitudinal turningCutting width s:Depth of cut a p [mm]= 6 mm= 5 mm= 4 mm= 3 mm= 2 mma pFeed rate f [mm/rev][mm]A70

The easy way to successApplication recommendations-F50> Universal geometry for:- Steel- Stainless steel- Cast iron- Non ferrous metals> Insert with ground periphery> Tolerance cutting width ± 0.02 mmA8-A9hsA10-A12Application:A13-A34Feed rate axial groovingA36-A37AX15AX10AX05... f feed rate for thefirst groove... feed rate range fA38-A570,05 0,1 0,15 0,2 0,25 0,3 0,35 0,4 0,45A58-A81Feed rate f [mm/rev]Feed rate face turningDepth of cut a p [mm]4,03,53,02,52,01,51,00,50,1 0,2 0,3 0,40,05 0,15 0,25 0,35Cutting width s:= AX15= AX10= AX05Feed rate f [mm/rev]A71

The easy way to successApplication recommendationsThe easyway tosuccess-M2A58-A65Applicationrecommendations> For grooving and turning> Suitable for all steel and cast iron materials> Very good chip controlA66-A81Application:Feed rate for parting and grooving1086Cutting width s [mm]54320,05 0,1 0,15 0,2 0,25 0,3 0,35 0,4 0,45 0,5Feed rate f [mm/rev]Feed rate for longitudinal turningDepth of cut a p [mm]4,03,53,02,52,01,51,00,50,1 0,2 0,3 0,4 0,50,05 0,15 0,25 0,35 0,45Cutting width s:= 10 mm= 8 mm= 6 mm= 5 mm= 4 mm= 3 mm= 2 mma pFeed rate f [mm/rev][mm]A72

The easy way to successApplication recommendations-M40> For grooving and turning> Suitable for all steel materials> Very good chip control> Tolerance cutting width ± 0.05 mmA8-A9hsA10-A12Application:A13-A34Feed rate for parting and groovingA36-A37Cutting width s [mm]0,05 0,1 0,15 0,2 0,25 0,3 0,35 0,4 0,45Feed rate f [mm/rev]A38-A57A58-A81Feed rate for longitudinal turningDepth of cut a p [mm]a p4,03,53,02,52,01,51,00,50,1 0,2 0,3 0,40,05 0,15 0,25 0,35Feed rate f [mm/rev]Cutting width s:= 6 mm= 5 mm= 4 mm= 3 mm= 2 mm[mm]A73

The easy way to successApplication recommendationsThe easyway tosuccess-M3A58-A65Applicationrecommendations> Insert for radius grooves and copy turning> For all steel materials> For internal and external machiningA66-A81Application:Feed rate for parting and grooving4,032,5Radius r [mm]21,50,05 0,1 0,15 0,2 0,25 0,3 0,35 0,4 0,45Feed rate f [mm/rev]Feed rate for longitudinal turningDepth of cut a p [mm]4,03,53,02,52,01,51,00,50,5 0,6 0,70,45 0,55 0,650,80,75 0,85Radius r:= radius 4,0 mm= radius 3,0 mm= radius 2,5 mm= radius 2,0 mm= radius 1,5 mma pFeed rate f [mm/rev][mm]A74

The easy way to successApplication recommendations-M1> Insert with narrow negative chamfer> Suitable for all steel materials with highstrength> Universally applicable grade> For steel and grey cast ironA8-A9hsA10-A12Application:A13-A34Feed rate for parting and grooving6A36-A375Cutting width s [mm]4320,05 0,1 0,15 0,2 0,25 0,3 0,35 0,4 0,45A38-A57A58-A81Feed rate f [mm/rev]A75

The easy way to successApplication recommendationsThe easyway tosuccess-27PA58-A65Applicationrecommendations> Particularly suitable for aluminium and nonferrous metals> Insert with highly positive cutting geometryand sharp cutting edge> Insert with ground periphery> Tolerance cutting width ± 0.02 mm> Extra-smooth rake face through 'microfinish'A66-A81Application:Feed rate for parting and grooving65Cutting width s [mm]4320,05 0,1 0,15 0,2 0,25 0,3 0,35 0,4 0,45Feed rate f [mm/rev]Feed rate for longitudinal turningDepth of cut a p [mm]4,03,53,02,52,01,51,00,50,1 0,2 0,3 0,40,05 0,15 0,25 0,35Cutting width s:= 6 mm= 5 mm= 4 mm= 3 mm= 2 mma pFeed rate f [mm/rev][mm]A76

The easy way to successApplication recommendations-27P> Particularly suitable for aluminium and nonferrous metals> Insert with highly positive cutting geometryand sharp cutting edge> Insert with ground periphery> Tolerance cutting width ± 0.02 mm> Extra-smooth rake face through 'microfinish'A8-A9hsA10-A12Application:A13-A34Feed rate for parting and grooving4A36-A3732,52A38-A57Radius s [mm]1,50,05 0,1 0,15 0,2 0,25 0,3 0,35 0,4 0,45A58-A81Feed rate f [mm/rev]Feed rate for longitudinal turningDepth of cut a p [mm]4,03,53,02,52,01,51,00,50,1 0,2 0,3 0,4 0,5 0,6 0,7 0,80,05 0,15 0,25 0,35 0,45 0,55 0,65 0,75Radius r:= 4 mm= 3 mm= 2,5 mm= 2 mm= 1,5 mma pFeed rate f [mm/rev][mm]A77

The easy way to successApplication recommendations FXThe easyway tosuccess-F1A58-A65Applicationrecommendations> Excellent cutting geometry with low cuttingforces> For low or medium strength materials> Particularly suitable for parting off tubes andthin-walled work pieces> Excellent swarf control also with low feed> Reduced built-up edgeA66-A81Application:Feed rate for parting and groovingCutting width s [mm]4.13.12.20,05 0,1 0,15 0,2 0,25 0,3 0,35 0,4 0,45Feed rate f [mm/rev]A78

The easy way to successApplication recommendations FX-M1> Insert with narrow negative chamfer> Suitable for all steel materials with highstrength> Universal application> For steel and grey cast ironA8-A9hsA10-A12Application:A13-A34Feed rate for parting and grooving9,7A36-A378,26,5Cutting width s [mm]5,14,13,12,20,05 0,1 0,15 0,2 0,25 0,3 0,35 0,4 0,45A38-A57A58-A81Feed rate f [mm/rev]A79

The easy way to successApplication recommendations FXThe easyway tosuccess-R2A58-A65Applicationrecommendations> Insert with excellent chip formation for a widefeed range> Very stable cutting edge> Particularly suitable for economic partingwhen rather intensive formation of burrs andpips does not cause any problemsA66-A81Application:Feed rate for parting and groovingCutting width s [mm]4,13,10,05 0,1 0,15 0,2 0,25 0,3 0,35 0,4 0,45Feed rate f [mm/rev]A80

The easy way to successApplication recommendations FX-27P> Particularly suitable for aluminium and nonferrous metals> Insert with highly positive cutting geometryand sharp cutting edge> Extra-smooth rake face through 'microfinish'> Reduced built-up edgeA8-A9hsA10-A12Application:A13-A34Feed rate for parting and groovingA36-A37Cutting width s [mm]4.13.12.20,05 0,1 0,15 0,2 0,25 0,3 0,35 0,4 0,45A38-A57A58-A81Feed rate f [mm/rev]A81

ApplicationsOverviewGX / SX /LX / FXGX / SX / LXGXGX / SX / LXGX / AXB8-B13GX / SX /LX / FXB28-B32GX / SX / LXB38-B42GXB56-B61GX / SX / LXB74-B79GX / AXB10-B13GX / SX /LX / FXB31-B32GX / SX / LXB41-B42GXB59-B61GXB76-B79GXB12-B13GX / SX /LX / FXB32GX / SXB42GXB60-B61GXB79AXB14-B16GX / SX /FX / PXB33-B34B43-B44GXB62-B63GX / SXB80B18-B21MaxiClickB45-B49GXB64-B68GX / SXB22B45-B49GXB64-B68GXB50-B51B70-B71B2

ApplicationsOverviewB4-B22GXGXTC16TC16B84-B87B90-B94B98-B99B106+B108B24-B34GXGXTC16TC16B86-B87B90-B94B99B107+B109B36-B51GXTC16B52-B71B95B100TC16B72-B80B101TC16B82-B87B101TC16B88-B95B102TC16B96-B102B102B104-B109B3

Part-offOverview – modular structureShanks 0° Shanks 90°h / b16/16 - 32/32h / b20/20 - 32/32UTS 0° UTS 90°d A d Ad A = 40 - 63 d A = 40 - 63HSK-T 0° HSK-T 90°d A d Ad A = 63 - 100d A = 63 - 100Clamping blocksh2hSplit clamping blockshh 2bbh / b20/20 - 40/37h / b20/20 - 32/29B4 B4

GX16GX24sT maxs = 2,0 - 6,5T max = 12s = 2,0 - 5,0T max = 21B4-B22SXLXB24-B34sT maxs = 2,0 - 4,0T max = 20 - 35s = 8,0 - 10,0T max = 25 - 45FX shortFX longB36-B51sT maxs = 2,2 - 6,5T max = 20 - 32s = 3,1 - 6,5T max = 35 - 45B52-B71GX16GX24sT maxs = 2,0 - 6,5T max = 12s = 2,0 - 5,0T max = 21B72-B80SXLXB82-B87sT maxs = 2,0 - 4,0T max = 20 - 35s = 8,0 - 10,0T max = 25 - 45B88-B95FX shortFX longsT maxs = 2,2 - 6,5T max = 20 - 32s = 3,1 - 4,5T max = 35 - 45B96-B102GX SX LX FXB104-B109sT maxsT maxs = 2,0 - 6,5T max = 21s = 2,0 - 6,0T max = 25 - 60s = 8,0 - 10,0T max = 80s = 2,2 - 9,7T max = 25 - 80B5

Part-offOverview - monobloc toolsbGX16 monobloc tool holderssT maxhh / b12/12 - 25/25s = 2,0 - 5,0T max = 12bGX24 monobloc tool holderssT maxhh / b16/16 - 32/25s = 2,0 - 6,5T max = 21bSX monobloc tool holderssT maxhh / b16/16 - 25/25s = 2,0 - 6,0T max = 16 - 32bFX monobloc tool holdersT max hsh / b10/10 - 25/20s = 2,2 - 4,1D max = 30 - 50bPX monobloc tool holderssT maxhh / b16/16 - 20/20s = 1,0 - 2,0D max = 52 - 62bMaxiClicksT maxhh / b10/10 - 25/25s = 1,0 - 2,5T max = 5 - 10B6 B6

B4-B22B24-B34B36-B51B52-B71B72-B80B82-B87B88-B95B96-B102B104-B109B7

GX / SX /LX / FXPart-offShanks – GX/SX0° 90°BGR E20B8-B13GX / SX /LX / FXb[mm]20hType,[mm]description16MSS-E20R00-1620GR20 MSS-E20R00-2020J16MSS-E20L00-1620GL20 MSS-E20L00-2020JD4b h[mm] [mm]20 20RLType,descriptionMSS-E20R90-2020JMSS-E20L90-2020JD5B10-B13GX / SX /LX / FXB12-B13GX16GX24GX / SX /LX / FXsT maxD9sT maxD10C5C6B14-B16GX / SX /FX / PXs min s max T max[mm] [mm] [mm]2.00 2.75LRType,descriptionMSS-E20R12-GX16-1GX16-1..2.76 3.75 R MSS-E20R12-GX16-2 GX16-2..3.76 5.00 MSS-E20R12-GX16-3 GX16-3..122.00 2.75MSS-E20L12-GX16-1 GX16-1..2.76 3.75 L MSS-E20L12-GX16-2 GX16-2..3.76 5.00 MSS-E20L12-GX16-3 GX16-3..s min s max T max[mm] [mm] [mm]2.00 2.75LRType,descriptionMSS-E20R21-GX24-1GX24-1..2.76 3.75 R MSS-E20R21-GX24-2 GX24-2..3.76 5.00 MSS-E20R21-GX24-3 GX24-3..212.00 2.75MSS-E20L21-GX24-1 GX24-1..2.76 3.75 L MSS-E20L21-GX24-2 GX24-2..3.76 5.00 MSS-E20L21-GX24-3 GX24-3..B18-B21MaxiClickSXsT maxD17C14B22s T max[mm] [mm]2.0LRType,descriptionMSS-E20R20-SX2SX2R3.0 MSS-E20R20-SX3 SX3202.0MSS-E20L20-SX2SX2L3.0 MSS-E20L20-SX3 SX3B8 B8

Part-offShanks – FX0° 90°BGR E20B4-B22D4D5b[mm]20hType,[mm]description16MSS-E20R00-1620GR20 MSS-E20R00-2020J16MSS-E20L00-1620GL20 MSS-E20L00-2020Jb h[mm] [mm]20 20RLType,descriptionMSS-E20R90-2020JMSS-E20L90-2020JB24-B34B36-B51FX – shortB52-B71sT maxD19C16-C17B72-B80LRs T maxType,[mm] [mm] description2.2MSS-E20R20-FX2.2 FX 2.2..3.1 R MSS-E20R20-FX3.1 FX 3.1..4.1 MSS-E20R20-FX4.1 FX 4.1..202.2MSS-E20L20-FX2.2 FX 2.2..3.1 L MSS-E20L20-FX3.1 FX 3.1..4.1 MSS-E20L20-FX4.1 FX 4.1..B82-B87B88-B95B96-B102B104-B109B9 B9

GX / SX /LX / FXPart-offShanks – UTS – GX/SX0° 90°d Ad ABGR E25B8-B13GX / SX /LX / FXB10-B13b h d A[mm] [mm] [mm]25 2525 25D4Type,descriptionMSS-E25R00-2525L40 UT40-MSS-E25R00R50 UT50-MSS-E25R0063 UT63-MSS-E25R00MSS-E25L00-2525L40 UT40-MSS-E25L00L50 UT50-MSS-E25L0063 UT63-MSS-E25L00D56b h d A[mm] [mm] [mm]25 2525 25D5Type,descriptionMSS-E25R90-2525L40 R UT40-MSS-E25R9050 UT50-MSS-E25R90MSS-E25L90-2525L40 L UT40-MSS-E25L9050 UT50-MSS-E25L90D57GX / SX /LX / FXB12-B13GX16GX24GX / SX /LX / FXsT maxD9sT maxD10C5C6B14-B16GX / SX /FX / PXs min s max T max[mm] [mm] [mm]2.00 2.75LRType,descriptionMSS-E25R12-GX16-1GX16-1..2.76 3.75 R MSS-E25R12-GX16-2 GX16-2..3.76 5.00 MSS-E25R12-GX16-3 GX16-3..122.00 2.75MSS-E25L12-GX16-1 GX16-1..2.76 3.75 L MSS-E25L12-GX16-2 GX16-2..3.76 5.00 MSS-E25L12-GX16-3 GX16-3..s min s max T max[mm] [mm] [mm]2.00 2.75LRType,descriptionMSS-E25R21-GX24-1GX24-1..2.76 3.75 R MSS-E25R21-GX24-2 GX24-2..3.76 5.00 MSS-E25R21-GX24-3 GX24-3..212.00 2.75MSS-E25L21-GX24-1 GX24-1..2.76 3.75 L MSS-E25L21-GX24-2 GX24-2..3.76 5.00 MSS-E25L21-GX24-3 GX24-3..B18-B21MaxiClickSX – right-handSX – left-handsT maxD17C14B22s T max[mm] [mm]2.0 20LRType,descriptionMSS-E25R20-SX2SX23.0 25 MSS-E25R25-SX3 SX33.0 35 R MSS-E25R35-SX3 SX34.0 25 MSS-E25R25-SX4 SX44.0 35 MSS-E25R35-SX4 SX4s T max[mm] [mm]2.0 20LRType,descriptionMSS-E25L20-SX2SX23.0 25 MSS-E25L25-SX3 SX33.0 35 L MSS-E25L35-SX3 SX34.0 25 MSS-E25L25-SX4 SX44.0 35 MSS-E25L35-SX4 SX4B10 B10

Part-offShanks – UTS – FX0° 90°BGR E25d Ad AB4-B22D4D56D5D57b h d A[mm] [mm] [mm]25 2525 25Type,descriptionMSS-E25R00-2525L40 UT40-MSS-E25R00R50 UT50-MSS-E25R0063 UT63-MSS-E25R00MSS-E25L00-2525L40 UT40-MSS-E25L00L50 UT50-MSS-E25L0063 UT63-MSS-E25L00b h d A[mm] [mm] [mm]25 2525 25Type,descriptionMSS-E25R90-2525L40 R UT40-MSS-E25R9050 UT50-MSS-E25R90MSS-E25L90-2525L40 L UT40-MSS-E25L9050 UT50-MSS-E25L90B24-B34B36-B51FX – shortFX – longB52-B71sT maxD19C16-C17sT maxD20C16-C17B72-B80LRs T maxType,[mm] [mm] description2.2 20 MSS-E25R20-FX2.2 FX 2.2..3.1MSS-E25R25-FX3.1 FX 3.1..4.1 R MSS-E25R25-FX4.1 FX 4.1..255.1 MSS-E25R25-FX5.1 FX 5.1..6.5 MSS-E25R25-FX6.5 FX 6.5..2.2 20 MSS-E25L20-FX2.2 FX 2.2..3.1MSS-E25L25-FX3.1 FX 3.1..4.1 L MSS-E25L25-FX4.1 FX 4.1..255.1 MSS-E25L25-FX5.1 FX 5.1..6.5 MSS-E25L25-FX6.5 FX 6.5..LRs T maxType,[mm] [mm] description3.1MSS-E25R35-FX3.1 FX 3.1..4.1 MSS-E25R35-FX4.1 FX 4.1..R5.1 MSS-E25R35-FX5.1 FX 5.1..6.5 MSS-E25R35-FX6.5 FX 6.5..353.1MSS-E25L35-FX3.1 FX 3.1..4.1 MSS-E25L35-FX4.1 FX 4.1..L5.1 MSS-E25L35-FX5.1 FX 5.1..6.5 MSS-E25L35-FX6.5 FX 6.5..B82-B87B88-B95B96-B102B104-B109B11 B11

GX / SX /LX / FXd APart-offShanks – UTS/HSK-T – GX/SX0° 90°d ABGR E32B8-B13GX / SX /LX / FXB10-B13GX / SX /LX / FXb h d A[mm] [mm] [mm]25 32D4Type,descriptionMSS-E32R00-3225N32 32 MSS-E32R00-3232Q50 UT50-MSS-E32R00R63 UT63-MSS-E32R0063 HSK-T63-MSS-E32R00100 HSK-T100-MSS-E32R0025 32MSS-E32L00-3225N32 32 MSS-E32L00-3232Q50 UT50-MSS-E32L00L63 UT63-MSS-E32L0063 HSK-T63-MSS-E32L00100 HSK-T100-MSS-E32L00D56+D60b h d A[mm] [mm] [mm]25 32D5Type,descriptionMSS-E32R90-3225N32 32 MSS-E32R90-3232R63 R UT63-MSS-E32R9063 HSK-T63-MSS-E32R90100 HSK-T100-MSS-E32R9025 32MSS-E32L90-3225N32 32 MSS-E32L90-3232R63 L UT63-MSS-E32L9063 HSK-T63-MSS-E32L90100 HSK-T100-MSS-E32L90D57+D61B12-B13GX / SX /LX / FXGX16GX24sT maxD9sT maxD10C5C6B14-B16GX / SX /FX / PXs min s max T max[mm] [mm] [mm]2.76 3.75LRType,descriptionMSS-E32R12-GX16-2GX16-2..R3.76 5.00 MSS-E32R12-GX16-3 GX16-3..122.76 3.75MSS-E32L12-GX16-2 GX16-2..L3.76 5.00 MSS-E32L12-GX16-3 GX16-3..s min s max T max[mm] [mm] [mm]2.76 3.75LRType,descriptionMSS-E32R21-GX24-2GX24-2..R3.76 5.00 MSS-E32R21-GX24-3 GX24-3..212.76 3.75MSS-E32L21-GX24-2 GX24-2..L3.76 5.00 MSS-E32L21-GX24-3 GX24-3..B18-B21MaxiClickSXsT maxD17C14B22s T max[mm] [mm]3.0LRType,descriptionMSS-E32R35-SX3SX3R4.0 MSS-E32R35-SX4 SX4353.0MSS-E32L35-SX3SX3L4.0 MSS-E32L35-SX4 SX4B12 B12

Part-offShanks – UTS/HSK-T – LX/FX0° 90°BGR E32d Ad AB4-B22D4D56+D60D5D57+D61b h d A[mm] [mm] [mm]25 32Type,descriptionMSS-E32R00-3225N32 32 MSS-E32R00-3232Q50 UT50-MSS-E32R00R63 UT63-MSS-E32R0063 HSK-T63-MSS-E32R00100 HSK-T100-MSS-E32R0025 32MSS-E32L00-3225N32 32 MSS-E32L00-3232Q50 UT50-MSS-E32L00L63 UT63-MSS-E32L0063 HSK-T63-MSS-E32L00100 HSK-T100-MSS-E32L00b h d A[mm] [mm] [mm]25 32Type,descriptionMSS-E32R90-3225N32 32 MSS-E32R90-3232R63 R UT63-MSS-E32R9063 HSK-T63-MSS-E32R90100 HSK-T100-MSS-E32R9025 32MSS-E32L90-3225N32 32 MSS-E32L90-3232R63 L UT63-MSS-E32L9063 HSK-T63-MSS-E32L90100 HSK-T100-MSS-E32L90B24-B34B36-B51FX – shortFX – longB52-B71sT maxD19C16-C17sT maxD20C16-C17B72-B80LRs T maxType,[mm] [mm] description3.1MSS-E32R32-FX3.1 FX 3.1..4.1 MSS-E32R32-FX4.1 FX 4.1..R5.1 MSS-E32R32-FX5.1 FX 5.1..6.5 MSS-E32R32-FX6.5 FX 6.5..323.1MSS-E32L32-FX3.1 FX 3.1..4.1 MSS-E32L32-FX4.1 FX 4.1..L5.1 MSS-E32L32-FX5.1 FX 5.1..6.5 MSS-E32L32-FX6.5 FX 6.5..LRs T maxType,[mm] [mm] description3.1MSS-E32R45-FX3.1 FX 3.1..4.1 MSS-E32R45-FX4.1 FX 4.1..R5.1 MSS-E32R45-FX5.1 FX 5.1..6.5 MSS-E32R45-FX6.5 FX 6.5..453.1MSS-E32L45-FX3.1 FX 3.1..4.1 MSS-E32L45-FX4.1 FX 4.1..L5.1 MSS-E32L45-FX5.1 FX 5.1..6.5 MSS-E32L45-FX6.5 FX 6.5..B82-B87LXB88-B95sT maxD18B96-B102C15s min s max T max[mm] [mm] [mm]258.00 10.00LRType,descriptionMSS-E32N25-LXLX-..32 N MSS-E32N32-LX LX-..45 MSS-E32N45-LX LX-..B104-B109B13 B13

Part-offClamping blocks, blades – SX/FXGX / SX /LX / FXClamping blocksSplit clamping blocksH262hhhh 2bbB8-B13GX / SX /LX / FXh 2 b h=h 1[mm] [mm] [mm]Type,description26 20 20 SBN 2020-26 KD38h 2 b h=h 1[mm] [mm] [mm]Type,description26 20 20 SBN 2020-26 KSD39B10-B13GX / SX /LX / FXB12-B13SXSX – reinforcedGX / SX /LX / FXT maxD33T maxD34sC14sC14B14-B16GX / SX /FX / PXL/N/Rs T maxType,[mm] [mm] description2.0 25 R XLCFR 2602-SX2 SX23.0 35 XLCFN 2603-SX3SX3N4.0 40 XLCFN 2604-SX4 SX42.0 25 L XLCFL 2602-SX2 SX2L/N/Rs T maxType,[mm] [mm] description2.0XLCFR 2608-SX2SX2R3.0 XLCFR 2608-SX3 SX3222.0XLCFL 2608-SX2SX2L3.0 XLCFL 2608-SX3 SX3B18-B21MaxiClickFXsT maxD37C16-C17B22L/N/Rs T maxType,[mm] [mm] description2.2 25 XLCEN 2602 J22 FX FX 2.2..3.1 35 N XLCFN 2603 J31 FX FX 3.1..4.1 40 XLCFN 2604 J41 FX FX 4.1..B14 B14

Part-offClamping blocks, blades – GX/SX/FXClamping blocksSplit clamping blocksH322hhhh 2bbB4-B22D38D39h 2 b h=h 1[mm] [mm] [mm]Type,description32 20 25 SBN 2520-32 K32 29 32 SBN 3229-32 Kh 2 b h=h 1[mm] [mm] [mm]Type,description32 20 25 SBN 2520-32 KS32 29 32 SBN 3229-32 KSB24-B34B36-B51GX24SXB52-B71sT maxD32C6sT maxD33C14B72-B80s min s max T max[mm] [mm] [mm]2.00 2.75L/N/RType,descriptionXLCFN 3202-GX24-1SGX24-1..2.76 3.75 XLCFN 3203 GX24-2S GX24-2..21 N3.76 5.00 XLCFN 3204 GX24-3S GX24-3..5.01 6.50 XLCFN 3206 GX24-4S GX24-4..L/N/Rs T maxType,[mm] [mm] description2.0 25 R XLCFR 3202-SX2 SX23.0XLCFN 3203-SX3SX3504.0 XLCFN 3204-SX4 SX4N5.0 55 XLCFN 3205-SX5 SX56.0 60 XLCFN 3206-SX6 SX62.0 25 L XLCFL 3202-SX2 SX2B82-B87SX – reinforcedFXB88-B95T maxD35T maxD37B96-B102sC16-C17sC16-C17L/N/Rs T maxType,[mm] [mm] description3.0XLCFR 3208-SX3SX3R4.0 XLCFR 3208-SX4 SX4333.0XLCFL 3208-SX3SX3L4.0 XLCFL 3208-SX4 SX4L/N/Rs T maxType,[mm] [mm] description2.2 30 XLCEN 3202 M22 FX FX 2.2..3.1XLCFN 3203 M31 FX FX 3.1..504.1 N XLCFN 3204 M41 FX FX 4.1..5.1XLCFN 3205 M51 FX FX 5.1..556.5 XLCFN 3206 M65 FX FX 6.5..B104-B109B15 B15

Part-offClamping blocks, blades – LX/FXGX / SX /LX / FXClamping blocksH46hh 2bB8-B13GX / SX /LX / FXh 2 b h=h 1[mm] [mm] [mm]46Type,description29 32 SBN 3229-46 K37 40 SBN 4037-46 KD38B10-B13GX / SX /LX / FXB12-B13GX / SX /LX / FXFXLXT maxD37T maxD36sC17sC15B14-B16GX / SX /FX / PXL/N/Rs T maxType,[mm] [mm] description8.2XLCEN 4608 S82 FX FX 8.2..80 N9.7 XLCEN 4609 S97 FX FX 9.7..s min s max T max[mm] [mm] [mm]L/N/RType,description8.00 10.00 80 N XLCEN 4608 LX LX-..B18-B21MaxiClickB22B16 B16

B4-B22B24-B34B36-B51B52-B71B72-B80B82-B87B88-B95B96-B102B104-B109B17

Part-offMonobloc tools – GXGX / SX /LX / FXGX16 – right-handbGX16 – left-handB8-B13GX / SX /LX / FXB10-B13GX / SX /LX / FXT max hb h s min s max T max[mm] [mm] [mm] [mm] [mm]2.00 2.7512 1216 1620 2025 25sLRD23C5Type,descriptionE12R0012-1212K-GX16-1 GX16-1..0.60 3.75 E12R0012-1212K-GX16-2 GX16-2..2.00 2.75 E16R0012-1616K-GX16-1 GX16-1..0.60 3.75 E16R0012-1616K-GX16-2 GX16-2..3.76 5.00 E16R0012-1616K-GX16-3 GX16-3..12 R2.00 2.75 E20R0012-2020K-GX16-1 GX16-1..0.60 3.75 E20R0012-2020K-GX16-2 GX16-2..3.76 5.00 E20R0012-2020K-GX16-3 GX16-3..0.60 3.75 E25R0012-2525M-GX16-2 GX16-2..3.76 5.00 E25R0012-2525M-GX16-3 GX16-3..b h s min s max T max[mm] [mm] [mm] [mm] [mm]2.00 2.7512 1216 1620 2025 25L RType,descriptionE12L0012-1212K-GX16-1 GX16-1..0.60 3.75 E12L0012-1212K-GX16-2 GX16-2..2.00 2.75 E16L0012-1616K-GX16-1 GX16-1..0.60 3.75 E16L0012-1616K-GX16-2 GX16-2..3.76 5.00 E16L0012-1616K-GX16-3 GX16-3..12 L2.00 2.75 E20L0012-2020K-GX16-1 GX16-1..0.60 3.75 E20L0012-2020K-GX16-2 GX16-2..3.76 5.00 E20L0012-2020K-GX16-3 GX16-3..0.60 3.75 E25L0012-2525M-GX16-2 GX16-2..3.76 5.00 E25L0012-2525M-GX16-3 GX16-3..GX24 – right-handbGX24 – left-handB12-B13GX / SX /LX / FXB14-B16GX / SX /FX / PXT max hb h s min s max T max[mm] [mm] [mm] [mm] [mm]2.00 2.7516 1620 20252532sL RD24C6Type,descriptionE16R0021-1616K-GX24-1 GX24-1..2.76 3.75 E16R0021-1616K-GX24-2 GX24-2..2.00 2.75 E20R0021-2020K-GX24-1 GX24-1..2.76 3.75 E20R0021-2020K-GX24-2 GX24-2..3.76 5.00 21 R E20R0021-2020K-GX24-3 GX24-3..2.76 3.75 E25R0021-2525M-GX24-2 GX24-2..3.76 5.00 E25R0021-2525M-GX24-3 GX24-3..2.76 3.75 E32R0021-3225P-GX24-2 GX24-2..3.76 5.00 E32R0021-3225P-GX24-3 GX24-3..b h s min s max T max[mm] [mm] [mm] [mm] [mm]2.00 2.7516 1620 20252532L RType,descriptionE16L0021-1616K-GX24-1 GX24-1..2.76 3.75 E16L0021-1616K-GX24-2 GX24-2..2.00 2.75 E20L0021-2020K-GX24-1 GX24-1..2.76 3.75 E20L0021-2020K-GX24-2 GX24-2..3.76 5.00 21 L E20L0021-2020K-GX24-3 GX24-3..2.76 3.75 E25L0021-2525M-GX24-2 GX24-2..3.76 5.00 E25L0021-2525M-GX24-3 GX24-3..2.76 3.75 E32L0021-3225P-GX24-2 GX24-2..3.76 5.00 E32L0021-3225P-GX24-3 GX24-3..B18-B21MaxiClickB22B18

Part-offMonobloc tools – SXSX – right-handbSX – left-handT max hsD27C14B4-B22s h b T max[mm] [mm] [mm] [mm]2.016 16163.04.0LRType,descriptionE16R0016-1616K-SX2SX220 20 E20R0016-2020K-SX2 SX216 16E16R0020-1616K-SX3 SX320 20 20 E20R0020-2020K-SX3 SX325 25 R E25R0020-2525M-SX3 SX325 25E25R0025-2525M-SX4 SX420 20 25 E20R0025-2020K-SX4 SX45.0 25 25 E25R0025-2525M-SX5 SX56.0 25 25 32 E25R0032-2525M-SX6 SX6s h b T max[mm] [mm] [mm] [mm]2.016 16163.04.0L RType,descriptionE16L0016-1616K-SX2SX220 20 E20L0016-2020K-SX2 SX216 16E16L0020-1616K-SX3 SX320 20 20 E20L0020-2020K-SX3 SX325 25 L E25L0020-2525M-SX3 SX325 25E25L0025-2525M-SX4 SX420 20 25 E20L0025-2020K-SX4 SX45.0 25 25 E25L0025-2525M-SX5 SX56.0 25 25 32 E25L0032-2525M-SX6 SX6B24-B34B36-B51B52-B71B72-B80B82-B87B88-B95B96-B102B104-B109B19

Part-offMonobloc tools – FXGX / SX /LX / FXFX – right-handbFX – left-handB8-B13GX / SX /LX / FXB10-B13GX / SX /LX / FXT max hs h b D max[mm] [mm] [mm] [mm]10 102.23.14.1sLRD28C16-C17Type,descriptionXLCER 1010 M22 FX FX 2.2..12 12 XLCER 1212 F22 FX FX 2.2..12 12 30 XLCER 1212 M22 FX FX 2.2..14 14 XLCER 1414 M22 FX FX 2.2..16 12 XLCER 1612 H22 FX FX 2.2..R16 12 35 XLCFR 1612 H31 FX FX 3.1..20 16 40 XLCFR 2016 K31 FX FX 3.1..25 20 50 XLCFR 2520 M31 FX FX 3.1..20 16 40 XLCFR 2016 K41 FX FX 4.1..25 20 50 XLCFR 2520 M41 FX FX 4.1..s h b D max[mm] [mm] [mm] [mm]10 102.23.14.1L RType,descriptionXLCEL 1010 M22 FX FX 2.2..12 12 XLCEL 1212 F22 FX FX 2.2..12 12 30 XLCEL 1212 M22 FX FX 2.2..14 14 XLCEL 1414 M22 FX FX 2.2..16 12 XLCEL 1612 H22 FX FX 2.2..L16 12 35 XLCFL 1612 H31 FX FX 3.1..20 16 40 XLCFL 2016 K31 FX FX 3.1..25 20 50 XLCFL 2520 M31 FX FX 3.1..20 16 40 XLCFL 2016 K41 FX FX 4.1..25 20 50 XLCFL 2520 M41 FX FX 4.1..B12-B13GX / SX /LX / FXB14-B16GX / SX /FX / PXB18-B21MaxiClickB22B20

Part-offMonobloc tools – PXPX – right-handbPX – left-handT max hsD29C18B4-B22s h b T max[mm] [mm] [mm] [mm]1.01.5 16 16510LRType,descriptionE16R0005-1616K-PX20-1E16R0010-1616K-PX20-2PX20-1..PX20-2..2.0 E16R0010-1616K-PX20-3 PX20-3..R1.05 E20R0005-2020L-PX20-1 PX20-1..1.5 20 20E20R0011-2020L-PX20-2 PX20-2..112.0 E20R0011-2020L-PX20-3 PX20-3..s h b T max[mm] [mm] [mm] [mm]1.01.5 16 16510L RType,descriptionE16L0005-1616K-PX20-1E16L0010-1616K-PX20-2PX20-1..PX20-2..2.0 E16L0010-1616K-PX20-3 PX20-3..L1.05 E20L0005-2020L-PX20-1 PX20-1..1.5 20 20E20L0011-2020L-PX20-2 PX20-2..112.0 E20L0011-2020L-PX20-3 PX20-3..B24-B34B36-B51B52-B71B72-B80B82-B87B88-B95B96-B102B104-B109B21

Part-offMonobloc tools – MaxiClickGX / SX /LX / FXMC – right-handbMC – left-handB8-B13GX / SX /LX / FXB10-B13GX / SX /LX / FXT max hb h s min s max T max[mm] [mm] [mm] [mm] [mm]10 10sLRD30-D31C20-C21Type,descriptionMC05R-1010K MC 05..12 12 MC05R-1212K MC 05..16 16 1.00 1.50 5 MC05R-1616K MC 05..20 20 MC05R-2020K MC 05..25 25 MC05R-2525M MC 05..10 10MC10R-1010K MC 10..R10 10 MC10R-1010K-S MC 10..12 12 MC10R-1212K MC 10..12 12 1.50 2.50 10 MC10R-1212K-S MC 10..16 16 MC10R-1616K MC 10..20 20 MC10R-2020K MC 10..25 25 MC10R-2525M MC 10..b h s min s max T max[mm] [mm] [mm] [mm] [mm]10 10L RType,descriptionMC05L-1010K MC 05..12 12 MC05L-1212K MC 05..16 16 1.00 1.50 5 MC05L-1616K MC 05..20 20 MC05L-2020K MC 05..25 25 MC05L-2525M MC 05..10 10MC10L-1010K MC 10..L12 12 MC10L-1212K MC 10..16 16 MC10L-1616K MC 10..20 20 1.50 2.50 10 MC10L-2020K MC 10..25 25 MC10L-2525M MC 10..10 10 MC10L-1010K-S MC 10..12 12 MC10L-1212K-S MC 10..B12-B13GX / SX /LX / FXB14-B16GX / SX /FX / PXB18-B21MaxiClickB22B22

B4-B22B24-B34B36-B51B52-B71B72-B80B82-B87B88-B95B96-B102B104-B109B23

Grooving and turning – externalOverview – modular structureShanks 0° Shanks 90°h / b12/12 - 32/32h / b20/20 - 32/32UTS 0° UTS 90°d A d Ad A = 40 - 63d A = 40 - 63HSK-T 0° HSK-T 90°d A d Ad A = 63 - 100 d A = 63 - 100B24

GX09 GX16 GX24sT maxs = 2,0 - 3,75T max = 7,0s = 2,0 - 6,5T max = 12s = 2,76 - 8,0T max = 21B4-B22SXLXB24-B34sT maxs = 2,0 - 4,0T max = 20 - 35s = 8,0 - 10,0T max = 25 - 45GX16 GX24 SX LXB36-B51sT maxs = 2,0 - 6,5T max = 12s = 2,76 - 8,0T max = 21s = 2,0 - 4,0T max = 20 - 35s = 8,0 - 10,0T max = 25 - 45B52-B71B72-B80B82-B87B88-B95B96-B102B104-B109B25

Grooving and turning – externalOverview – modular structurebGX09 monobloc tool holdersT max hsh / b10/10s = 2,0T max = 7bGX16 monobloc tool holderssT maxhh / b12/12 - 25/25s = 2,0 - 5,0T max = 12bGX24 monobloc tool holderssT maxhh / b16/16 - 32/25s = 2,0 - 6,5T max = 21bSX monobloc tool holderssT maxhh / b16/16 - 25/25s = 2,0 - 6,0T max = 16 - 32B26

B4-B22B24-B34B36-B51B52-B71B72-B80B82-B87B88-B95B96-B102B104-B109B27

Grooving and turning – externalShanks – GXGX / SX /LX0°BGR E12B28-B32GX / SX /LXb h[mm] [mm]12 12RLType,descriptionMSS-E12R00-1212EMSS-E12L00-1212ED4B31-B32GX / SX /LXB32GX09GX / SXsT maxD8C4B33-B34s min s max T max[mm] [mm] [mm]2.00 2.75LRType,descriptionMSS-E12R07-GX09-1GX09-1..R2.76 3.75 MSS-E12R07-GX09-2 GX09-2..72.00 2.75MSS-E12L07-GX09-1 GX09-1..L2.76 3.75 MSS-E12L07-GX09-2 GX09-2..B28 B28

0°Grooving and turning – externalShanks – GXBGR E16B4-B22D4b h[mm] [mm]16 16RLType,descriptionMSS-E16R00-1616GMSS-E16L00-1616GB24-B34B36-B51GX09B52-B71sT maxD8C4B72-B80s min s max T max[mm] [mm] [mm]2.00 2.75LRType,descriptionMSS-E16R07-GX09-1GX09-1..R2.76 3.75 MSS-E16R07-GX09-2 GX09-2..72.00 2.75MSS-E16L07-GX09-1 GX09-1..L2.76 3.75 MSS-E16L07-GX09-2 GX09-2..B82-B87B88-B95B96-B102B104-B109B29 B29

GX / SX /LXGrooving and turning – externalShanks – GX/SX0° 90°BGR E20B28-B32GX / SX /LXb[mm]20hType,[mm]description16MSS-E20R00-1620GR20 MSS-E20R00-2020J16MSS-E20L00-1620GL20 MSS-E20L00-2020JD4b h[mm] [mm]20 20RLType,descriptionMSS-E20R90-2020JMSS-E20L90-2020JD5B31-B32GX / SX /LXB32GX16GX24GX / SXsT maxD9sT maxD10C5C6B33-B34s min s max T max[mm] [mm] [mm]2.00 2.75LRType,descriptionMSS-E20R12-GX16-1GX16-1..2.76 3.75 R MSS-E20R12-GX16-2 GX16-2..3.76 5.00 MSS-E20R12-GX16-3 GX16-3..122.00 2.75MSS-E20L12-GX16-1 GX16-1..2.76 3.75 L MSS-E20L12-GX16-2 GX16-2..3.76 5.00 MSS-E20L12-GX16-3 GX16-3..s min s max T max[mm] [mm] [mm]2.76 3.75LRType,descriptionMSS-E20R21-GX24-2GX24-2..R3.76 5.00 MSS-E20R21-GX24-3 GX24-3..212.76 3.75MSS-E20L21-GX24-2 GX24-2..L3.76 5.00 MSS-E20L21-GX24-3 GX24-3..SXsT maxD17C14s T max[mm] [mm]2.0LRType,descriptionMSS-E20R20-SX2SX2R3.0 MSS-E20R20-SX3 SX3202.0MSS-E20L20-SX2SX2L3.0 MSS-E20L20-SX3 SX3B30 B30

Grooving and turning – externalShanks – UTS – GX/SX0° 90°BGR E25d Ad AB4-B22D4D56D5D57b h d A[mm] [mm] [mm]25 2525 25Type,descriptionMSS-E25R00-2525L40 UT40-MSS-E25R00R50 UT50-MSS-E25R0063 UT63-MSS-E25R00MSS-E25L00-2525L40 UT40-MSS-E25L00L50 UT50-MSS-E25L0063 UT63-MSS-E25L00b h d A[mm] [mm] [mm]25 2525 25Type,descriptionMSS-E25R90-2525L40 R UT40-MSS-E25R9050 UT50-MSS-E25R90MSS-E25L90-2525L40 L UT40-MSS-E25L9050 UT50-MSS-E25L90B24-B34B36-B51GX16GX24B52-B71sT maxD9C5sT maxD10C6B72-B80s min s max T max[mm] [mm] [mm]2.00 2.75LRType,descriptionMSS-E25R12-GX16-1GX16-1..2.76 3.75 MSS-E25R12-GX16-2 GX16-2..R3.76 5.00 MSS-E25R12-GX16-3 GX16-3..5.01 6.50 MSS-E25R12-GX16-4 GX16-4..122.00 2.75MSS-E25L12-GX16-1 GX16-1..2.76 3.75 MSS-E25L12-GX16-2 GX16-2..L3.76 5.00 MSS-E25L12-GX16-3 GX16-3..5.01 6.50 MSS-E25L12-GX16-4 GX16-4..s min s max T max[mm] [mm] [mm]2.76 3.75LRType,descriptionMSS-E25R21-GX24-2GX24-2..3.76 5.00 MSS-E25R21-GX24-3 GX24-3..R5.01 6.50 MSS-E25R21-GX24-4 GX24-4..8.00 8.00 MSS-E25R21-GX24-5 GX24-5..212.76 3.75MSS-E25L21-GX24-2 GX24-2..3.76 5.00 MSS-E25L21-GX24-3 GX24-3..L5.01 6.50 MSS-E25L21-GX24-4 GX24-4..8.00 8.00 MSS-E25L21-GX24-5 GX24-5..B82-B87SX – right-handSX – left-handB88-B95sT maxD17B96-B102C14s T max[mm] [mm]2.0 20LRType,descriptionMSS-E25R20-SX2SX23.0 25 MSS-E25R25-SX3 SX33.0 35 R MSS-E25R35-SX3 SX34.0 25 MSS-E25R25-SX4 SX44.0 35 MSS-E25R35-SX4 SX4s T max[mm] [mm]2.0 20LRType,descriptionMSS-E25L20-SX2SX23.0 25 MSS-E25L25-SX3 SX33.0 35 L MSS-E25L35-SX3 SX34.0 25 MSS-E25L25-SX4 SX44.0 35 MSS-E25L35-SX4 SX4B104-B109B31 B31

GX / SX /LXd AGrooving and turning – externalShanks – UTS/HSK-T – GX/SX/LX0° 90°d ABGR E32B28-B32GX / SX /LXB31-B32GX / SX /LXb h d A[mm] [mm] [mm]25 32D4Type,descriptionMSS-E32R00-3225N32 32 MSS-E32R00-3232Q63 R UT63-MSS-E32R0063 HSK-T63-MSS-E32R00100 HSK-T100-MSS-E32R0025 32MSS-E32L00-3225N32 32 MSS-E32L00-3232Q63 L UT63-MSS-E32L0063 HSK-T63-MSS-E32L00100 HSK-T100-MSS-E32L00D56+D60b h d A[mm] [mm] [mm]25 32D5Type,descriptionMSS-E32R90-3225N32 32 MSS-E32R90-3232R63 R UT63-MSS-E32R9063 HSK-T63-MSS-E32R90100 HSK-T100-MSS-E32R9025 32MSS-E32L90-3225N32 32 MSS-E32L90-3232R63 L UT63-MSS-E32L9063 HSK-T63-MSS-E32L90100 HSK-T100-MSS-E32L90D57+D61B32GX / SXGX16GX24sT maxD9sT maxD10C5C6B33-B34s min s max T max[mm] [mm] [mm]2.76 3.75LRType,descriptionMSS-E32R12-GX16-2GX16-2..3.76 5.00 R MSS-E32R12-GX16-3 GX16-3..5.01 6.50 MSS-E32R12-GX16-4 GX16-4..122.76 3.75MSS-E32L12-GX16-2 GX16-2..3.76 5.00 L MSS-E32L12-GX16-3 GX16-3..5.01 6.50 MSS-E32L12-GX16-4 GX16-4..s min s max T max[mm] [mm] [mm]2.76 3.75LRType,descriptionMSS-E32R21-GX24-2GX24-2..3.76 5.00 R MSS-E32R21-GX24-3 GX24-3..5.01 6.50 MSS-E32R21-GX24-4 GX24-4..212.76 3.75MSS-E32L21-GX24-2 GX24-2..3.76 5.00 L MSS-E32L21-GX24-3 GX24-3..5.01 6.50 MSS-E32L21-GX24-4 GX24-4..SXLXsT maxD17sT maxD18C14C15s T max[mm] [mm]3.0LRType,descriptionMSS-E32R35-SX3SX3R4.0 MSS-E32R35-SX4 SX4353.0MSS-E32L35-SX3SX3L4.0 MSS-E32L35-SX4 SX4s min s max T max[mm] [mm] [mm]258.00 10.00LRType,descriptionMSS-E32N25-LXLX-..32 N MSS-E32N32-LX LX-..45 MSS-E32N45-LX LX-..B32 B32

Grooving and turning – externalMonobloc tools – GXGX09bT max hsD22C4B4-B22b h s min s max T max[mm] [mm] [mm] [mm] [mm]10 10 0.60 3.75 7LRType,descriptionR E10R00-1010M-GX09 GX09..L E10L00-1010M-GX09 GX09..B24-B34B36-B51GX16 – right-handbGX16 – left-handT max hsD23C5B52-B71b h s min s max T max[mm] [mm] [mm] [mm] [mm]2.00 2.7512 1216 1620 2025 25L RType,descriptionE12R0012-1212K-GX16-1 GX16-1..0.60 3.75 E12R0012-1212K-GX16-2 GX16-2..2.00 2.75 E16R0012-1616K-GX16-1 GX16-1..0.60 3.75 E16R0012-1616K-GX16-2 GX16-2..3.76 5.00 E16R0012-1616K-GX16-3 GX16-3..12 R2.00 2.75 E20R0012-2020K-GX16-1 GX16-1..0.60 3.75 E20R0012-2020K-GX16-2 GX16-2..3.76 5.00 E20R0012-2020K-GX16-3 GX16-3..0.60 3.75 E25R0012-2525M-GX16-2 GX16-2..3.76 5.00 E25R0012-2525M-GX16-3 GX16-3..b h s min s max T max[mm] [mm] [mm] [mm] [mm]2.00 2.7512 1216 1620 2025 25L RType,descriptionE12L0012-1212K-GX16-1 GX16-1..0.60 3.75 E12L0012-1212K-GX16-2 GX16-2..2.00 2.75 E16L0012-1616K-GX16-1 GX16-1..0.60 3.75 E16L0012-1616K-GX16-2 GX16-2..3.76 5.00 E16L0012-1616K-GX16-3 GX16-3..12 L2.00 2.75 E20L0012-2020K-GX16-1 GX16-1..0.60 3.75 E20L0012-2020K-GX16-2 GX16-2..3.76 5.00 E20L0012-2020K-GX16-3 GX16-3..0.60 3.75 E25L0012-2525M-GX16-2 GX16-2..3.76 5.00 E25L0012-2525M-GX16-3 GX16-3..B72-B80B82-B87GX24 – right-handbGX24 – left-handB88-B95T max hb h s min s max T max[mm] [mm] [mm] [mm] [mm]2.00 2.7516 1620 20252532sL RD24C6Type,descriptionE16R0021-1616K-GX24-1 GX24-1..2.76 3.75 E16R0021-1616K-GX24-2 GX24-2..2.00 2.75 E20R0021-2020K-GX24-1 GX24-1..2.76 3.75 E20R0021-2020K-GX24-2 GX24-2..3.76 5.00 E20R0021-2020K-GX24-3 GX24-3..2.76 3.75 21 R E25R0021-2525M-GX24-2 GX24-2..3.76 5.00 E25R0021-2525M-GX24-3 GX24-3..5.01 6.50 E25R0021-2525M-GX24-4 GX24-4..2.76 3.75 E32R0021-3225P-GX24-2 GX24-2..3.76 5.00 E32R0021-3225P-GX24-3 GX24-3..5.01 6.50 E32R0021-3225P-GX24-4 GX24-4..b h s min s max T max[mm] [mm] [mm] [mm] [mm]2.00 2.7516 1620 20252532L RType,descriptionE16L0021-1616K-GX24-1 GX24-1..2.76 3.75 E16L0021-1616K-GX24-2 GX24-2..2.00 2.75 E20L0021-2020K-GX24-1 GX24-1..2.76 3.75 E20L0021-2020K-GX24-2 GX24-2..3.76 5.00 E20L0021-2020K-GX24-3 GX24-3..2.76 3.75 21 L E25L0021-2525M-GX24-2 GX24-2..3.76 5.00 E25L0021-2525M-GX24-3 GX24-3..5.01 6.50 E25L0021-2525M-GX24-4 GX24-4..2.76 3.75 E32L0021-3225P-GX24-2 GX24-2..3.76 5.00 E32L0021-3225P-GX24-3 GX24-3..5.01 6.50 E32L0021-3225P-GX24-4 GX24-4..B96-B102B104-B109B33

Grooving and turning – externalMonobloc tools – SXGX / SX /LXSX – right-handbSX – left-handB28-B32GX / SX /LXB31-B32GX / SX /LXT max hs h b T max[mm] [mm] [mm] [mm]2.016 16163.04.0sLRD27Type,descriptionE16R0016-1616K-SX2SX220 20 E20R0016-2020K-SX2 SX216 16E16R0020-1616K-SX3 SX320 20 20 E20R0020-2020K-SX3 SX325 25 R E25R0020-2525M-SX3 SX325 25E25R0025-2525M-SX4 SX420 20 25 E20R0025-2020K-SX4 SX45.0 25 25 E25R0025-2525M-SX5 SX56.0 25 25 32 E25R0032-2525M-SX6 SX6C14s h b T max[mm] [mm] [mm] [mm]2.016 16163.04.0L RType,descriptionE16L0016-1616K-SX2SX220 20 E20L0016-2020K-SX2 SX216 16E16L0020-1616K-SX3 SX320 20 20 E20L0020-2020K-SX3 SX325 25 L E25L0020-2525M-SX3 SX325 25E25L0025-2525M-SX4 SX420 20 25 E20L0025-2020K-SX4 SX45.0 25 25 E25L0025-2525M-SX5 SX56.0 25 25 32 E25L0032-2525M-SX6 SX6B32GX / SXB33-B34B34

B4-B22B24-B34B36-B51B52-B71B72-B80B82-B87B88-B95B96-B102B104-B109B35

Circlip grooving – external/internalOverviewShanks 0° Shanks 90°h / b12/12 - 32/32h / b20/20 - 32/32UTS 0° UTS 90°d A d Ad A = 40 - 63d A = 40 - 63HSK-T 0° HSK-T 90°d A d Ad A = 63 - 100 d A = 63 - 100bGX09 monobloc tool holdersbGX16 monobloc tool holdershhh / b10/10s = 0,6 - 3,25T max = 0,75 - 7h / b12/12 - 25/25s = 0,6 - 4,25T max = 0,75 - 12Ød ABoring bars 1.5D Ød A Boring bars 2.5Dl2d A = 20 - 40l 2 = 24 - 60l2d A = 20 - 50l 2 = 40 - 100Ød AUTS boring barsl2d A = 40 - 63l 2 = 32 - 80Ød AGX09 monobloc boring barsØd AGX16 monobloc boring barsl2T maxsD = 16,0l 2 = 30d A = 16s = 0,6 - 3,25sØDT max = 0,75 - 3,0l2ØDT maxD = 20,5 - 42l 2 = 32 - 64d A = 16 - 32s = 0,6 - 4,25T max = 0,75 - 12B36

GX09GX16s = 0,6 - 3,25T max = 0,75 - 7,0s = 0,6 - 5,25T max = 0,75 - 12B4-B22GX16B24-B34s = 0,6 - 5,25T max = 0,75 - 12B36-B51B52-B71B72-B80GX09GX16B82-B87T maxØDss = 0,6 - 3,25T max = 0,75 - 7,0D = 20 - 32s = 0,6 - 5,25T max = 0,75 - 12D = 40 - 50B88-B95GX09GX16T maxØDss = 0,6 - 3,25T max = 0,75 - 7,0D = 20 - 32s = 0,6 - 5,25T max = 0,75 - 12D = 40 - 50B96-B102B104-B109B37

Circlip grooving – externalShanks – GX09GX0°BGR E12B38-B42GXb h[mm] [mm]12 12RLType,descriptionMSS-E12R00-1212EMSS-E12L00-1212ED4B41-B42GXB42GXGX09GX09D11C8sT maxD11C8B43-B44GXB45-B49GXLRs T maxType,[mm] [mm] description0.60 0.75 MSS-E12R02-GX09-1 GX09-1.. R/L0.80 0.94 MSS-E12R02-GX09-1 GX09-1.. R/L0.90 1.04 MSS-E12R02-GX09-1 GX09-1.. R/L1.00 1.14 R MSS-E12R02-GX09-1 GX09-1.. R/L1.20 1.34 MSS-E12R02-GX09-1 GX09-1.. R/L1.40 1.53 MSS-E12R02-GX09-1 GX09-1.. R/L1.70 1.82 MSS-E12R02-GX09-1 GX09-1.. R/L0.60 0.75 MSS-E12L02-GX09-1 GX09-1.. R/L0.80 0.94 MSS-E12L02-GX09-1 GX09-1.. R/L0.90 1.04 MSS-E12L02-GX09-1 GX09-1.. R/L1.00 1.14 L MSS-E12L02-GX09-1 GX09-1.. R/L1.20 1.34 MSS-E12L02-GX09-1 GX09-1.. R/L1.40 1.53 MSS-E12L02-GX09-1 GX09-1.. R/L1.70 1.82 MSS-E12L02-GX09-1 GX09-1.. R/LLRs T maxType,[mm] [mm] description1.95MSS-E12R07-GX09-1 GX09-1..2.25 MSS-E12R07-GX09-1 GX09-1..R2.75 MSS-E12R07-GX09-2 GX09-2..3.25 MSS-E12R07-GX09-2 GX09-2..7.001.95MSS-E12L07-GX09-1 GX09-1..2.25 MSS-E12L07-GX09-1 GX09-1..L2.75 MSS-E12L07-GX09-2 GX09-2..3.25 MSS-E12L07-GX09-2 GX09-2..B45-B49GXB50-B51B38 B38

0°Circlip grooving – externalShanks – GX09BGR E16B4-B22D4b h[mm] [mm]16 16RLType,descriptionMSS-E16R00-1616GMSS-E16L00-1616GB24-B34B36-B51GX09GX09B52-B71D11C8sT maxD11C8B72-B80LRs T maxType,[mm] [mm] description0.60 0.75 MSS-E16R02-GX09-1 GX09-1.. R/L0.80 0.94 MSS-E16R02-GX09-1 GX09-1.. R/L0.90 1.04 MSS-E16R02-GX09-1 GX09-1.. R/L1.00 1.14 R MSS-E16R02-GX09-1 GX09-1.. R/L1.20 1.34 MSS-E16R02-GX09-1 GX09-1.. R/L1.40 1.53 MSS-E16R02-GX09-1 GX09-1.. R/L1.70 1.82 MSS-E16R02-GX09-1 GX09-1.. R/L0.60 0.75 MSS-E16L02-GX09-1 GX09-1.. R/L0.80 0.94 MSS-E16L02-GX09-1 GX09-1.. R/L0.90 1.04 MSS-E16L02-GX09-1 GX09-1.. R/L1.00 1.14 L MSS-E16L02-GX09-1 GX09-1.. R/L1.20 1.34 MSS-E16L02-GX09-1 GX09-1.. R/L1.40 1.53 MSS-E16L02-GX09-1 GX09-1.. R/L1.70 1.82 MSS-E16L02-GX09-1 GX09-1.. R/LLRs T maxType,[mm] [mm] description1.95MSS-E16R07-GX09-1 GX09-1..2.25 MSS-E16R07-GX09-1 GX09-1..R2.75 MSS-E16R07-GX09-2 GX09-2..3.25 MSS-E16R07-GX09-2 GX09-2..7.001.95MSS-E16L07-GX09-1 GX09-1..2.25 MSS-E16L07-GX09-1 GX09-1..L2.75 MSS-E16L07-GX09-2 GX09-2..3.25 MSS-E16L07-GX09-2 GX09-2..B82-B87B88-B95B96-B102B104-B109B39 B39

GXCirclip grooving – externalShanks – GX160° 90°BGR E20B38-B42GXb[mm]20hType,[mm]description16MSS-E20R00-1620GR20 MSS-E20R00-2020J16MSS-E20L00-1620GL20 MSS-E20L00-2020JD4b h[mm] [mm]20 20RLType,descriptionMSS-E20R90-2020JMSS-E20L90-2020JD5B41-B42GXB42GX16GX16GXD12C9sT maxD12C9B43-B44GXB45-B49GXLRs T maxType,[mm] [mm] description0.60 0.75 MSS-E20R03-GX16-2 GX16-2.. R/L0.80 0.94 MSS-E20R03-GX16-2 GX16-2.. R/L0.90 1.04 MSS-E20R03-GX16-2 GX16-2.. R/L1.00 1.14 MSS-E20R03-GX16-2 GX16-2.. R/L1.20 1.34 R MSS-E20R03-GX16-2 GX16-2.. R/L1.40 1.53 MSS-E20R03-GX16-2 GX16-2.. R/L1.70 1.82 MSS-E20R03-GX16-2 GX16-2.. R/L1.95 2.07 MSS-E20R03-GX16-2 GX16-2.. R/L2.25 2.36 MSS-E20R03-GX16-2 GX16-2.. R/L0.60 0.75 MSS-E20L03-GX16-2 GX16-2.. R/L0.80 0.94 MSS-E20L03-GX16-2 GX16-2.. R/L0.90 1.04 MSS-E20L03-GX16-2 GX16-2.. R/L1.00 1.14 MSS-E20L03-GX16-2 GX16-2.. R/L1.20 1.34 L MSS-E20L03-GX16-2 GX16-2.. R/L1.40 1.53 MSS-E20L03-GX16-2 GX16-2.. R/L1.70 1.82 MSS-E20L03-GX16-2 GX16-2.. R/L1.95 2.07 MSS-E20L03-GX16-2 GX16-2.. R/L2.25 2.36 MSS-E20L03-GX16-2 GX16-2.. R/LLRs T maxType,[mm] [mm] description2.75MSS-E20R12-GX16-2 GX16-2..3.25 R MSS-E20R12-GX16-2 GX16-2..4.25 MSS-E20R12-GX16-3 GX16-3..12.002.75MSS-E20L12-GX16-2 GX16-2..3.25 L MSS-E20L12-GX16-2 GX16-2..4.25 MSS-E20L12-GX16-3 GX16-3..B45-B49GXB50-B51B40 B40

Circlip grooving – externalShanks – UTS – GX160° 90°BGR E25d Ad AB4-B22D4D56D5D57b h d A[mm] [mm] [mm]25 2525 25Type,descriptionMSS-E25R00-2525L40 UT40-MSS-E25R00R50 UT50-MSS-E25R0063 UT63-MSS-E25R00MSS-E25L00-2525L40 UT40-MSS-E25L00L50 UT50-MSS-E25L0063 UT63-MSS-E25L00b h d A[mm] [mm] [mm]25 2525 25Type,descriptionMSS-E25R90-2525L40 R UT40-MSS-E25R9050 UT50-MSS-E25R90MSS-E25L90-2525L40 L UT40-MSS-E25L9050 UT50-MSS-E25L90B24-B34B36-B51GX16GX16B52-B71D12C9sT maxD12C9B72-B80LRs T maxType,[mm] [mm] description0.60 0.75 MSS-E25R03-GX16-2 GX16-2.. R/L0.80 0.94 MSS-E25R03-GX16-2 GX16-2.. R/L0.90 1.04 MSS-E25R03-GX16-2 GX16-2.. R/L1.00 1.14 MSS-E25R03-GX16-2 GX16-2.. R/L1.20 1.34 R MSS-E25R03-GX16-2 GX16-2.. R/L1.40 1.53 MSS-E25R03-GX16-2 GX16-2.. R/L1.70 1.82 MSS-E25R03-GX16-2 GX16-2.. R/L1.95 2.07 MSS-E25R03-GX16-2 GX16-2.. R/L2.25 2.36 MSS-E25R03-GX16-2 GX16-2.. R/L0.60 0.75 MSS-E25L03-GX16-2 GX16-2.. R/L0.80 0.94 MSS-E25L03-GX16-2 GX16-2.. R/L0.90 1.04 MSS-E25L03-GX16-2 GX16-2.. R/L1.00 1.14 MSS-E25L03-GX16-2 GX16-2.. R/L1.20 1.34 L MSS-E25L03-GX16-2 GX16-2.. R/L1.40 1.53 MSS-E25L03-GX16-2 GX16-2.. R/L1.70 1.82 MSS-E25L03-GX16-2 GX16-2.. R/L1.95 2.07 MSS-E25L03-GX16-2 GX16-2.. R/L2.25 2.36 MSS-E25L03-GX16-2 GX16-2.. R/LLRs T maxType,[mm] [mm] description2.75MSS-E25R12-GX16-2 GX16-2..3.25 MSS-E25R12-GX16-2 GX16-2..R4.25 MSS-E25R12-GX16-3 GX16-3..5.25 MSS-E25R12-GX16-4 GX16-4..12.002.75MSS-E25L12-GX16-2 GX16-2..3.25 MSS-E25L12-GX16-2 GX16-2..L4.25 MSS-E25L12-GX16-3 GX16-3..5.25 MSS-E25L12-GX16-4 GX16-4..B82-B87B88-B95B96-B102B104-B109B41 B41

GXCirclip grooving – externalShanks – UTS/HSK-T – GX160° 90°BGR E32d Ad AB38-B42GXB41-B42GXb h d A[mm] [mm] [mm]25 32D4Type,descriptionMSS-E32R00-3225N32 32 MSS-E32R00-3232Q50 UT50-MSS-E32R00R63 UT63-MSS-E32R0063 HSK-T63-MSS-E32R00100 HSK-T100-MSS-E32R0025 32MSS-E32L00-3225N32 32 MSS-E32L00-3232Q50 UT50-MSS-E32L00L63 UT63-MSS-E32L0063 HSK-T63-MSS-E32L00100 HSK-T100-MSS-E32L00D56+D60b h d A[mm] [mm] [mm]25 32D5Type,descriptionMSS-E32R90-3225N32 32 MSS-E32R90-3232R63 R UT63-MSS-E32R9063 HSK-T63-MSS-E32R90100 HSK-T100-MSS-E32R9025 32MSS-E32L90-3225N32 32 MSS-E32L90-3232R63 L UT63-MSS-E32L9063 HSK-T63-MSS-E32L90100 HSK-T100-MSS-E32L90D57+D61B42GXGX16GX16D12C9sT maxD9C9B43-B44GXB45-B49GXLRs T maxType,[mm] [mm] description0.60 0.75 MSS-E32R03-GX16-2 GX16-2.. R/L0.80 0.94 MSS-E32R03-GX16-2 GX16-2.. R/L0.90 1.04 MSS-E32R03-GX16-2 GX16-2.. R/L1.00 1.14 MSS-E32R03-GX16-2 GX16-2.. R/L1.20 1.34 R MSS-E32R03-GX16-2 GX16-2.. R/L1.40 1.53 MSS-E32R03-GX16-2 GX16-2.. R/L1.70 1.82 MSS-E32R03-GX16-2 GX16-2.. R/L1.95 2.07 MSS-E32R03-GX16-2 GX16-2.. R/L2.25 2.36 MSS-E32R03-GX16-2 GX16-2.. R/L0.60 0.75 MSS-E32L03-GX16-2 GX16-2.. R/L0.80 0.94 MSS-E32L03-GX16-2 GX16-2.. R/L0.90 1.04 MSS-E32L03-GX16-2 GX16-2.. R/L1.00 1.14 MSS-E32L03-GX16-2 GX16-2.. R/L1.20 1.34 L MSS-E32L03-GX16-2 GX16-2.. R/L1.40 1.53 MSS-E32L03-GX16-2 GX16-2.. R/L1.70 1.82 MSS-E32L03-GX16-2 GX16-2.. R/L1.95 2.07 MSS-E32L03-GX16-2 GX16-2.. R/L2.25 2.36 MSS-E32L03-GX16-2 GX16-2.. R/LLRs T maxType,[mm] [mm] description2.75MSS-E32R12-GX16-2 GX16-2..3.25 MSS-E32R12-GX16-2 GX16-2..R4.25 MSS-E32R12-GX16-3 GX16-3..5.25 MSS-E32R12-GX16-4 GX16-4..12.002.75MSS-E32L12-GX16-2 GX16-2..3.25 MSS-E32L12-GX16-2 GX16-2..L4.25 MSS-E32L12-GX16-3 GX16-3..5.25 MSS-E32L12-GX16-4 GX16-4..B45-B49GXB50-B51B42 B42

Circlip grooving – externalMonobloc tools – GX09GX09bbhT max hsD22C8B4-B22b h s T max[mm] [mm] [mm] [mm]0.60 0.7510 10LRType,descriptionE10R00-1010M-GX09GX09..0.80 0.94 E10R00-1010M-GX09 GX09..0.90 1.04 E10R00-1010M-GX09 GX09..1.00 1.14 E10R00-1010M-GX09 GX09..1.20 1.34 E10R00-1010M-GX09 GX09..1.40 1.53 R E10R00-1010M-GX09 GX09..1.70 1.82 E10R00-1010M-GX09 GX09..1.95 7.00 E10R00-1010M-GX09 GX09..2.25 7.00 E10R00-1010M-GX09 GX09..2.75 7.00 E10R00-1010M-GX09 GX09..3.25 7.00 E10R00-1010M-GX09 GX09..0.60 0.75 E10L00-1010M-GX09 GX09..0.80 0.94 E10L00-1010M-GX09 GX09..0.90 1.04 E10L00-1010M-GX09 GX09..1.00 1.14 E10L00-1010M-GX09 GX09..1.20 1.34 E10L00-1010M-GX09 GX09..1.40 1.53 L E10L00-1010M-GX09 GX09..1.70 1.82 E10L00-1010M-GX09 GX09..1.95 7.00 E10L00-1010M-GX09 GX09..2.25 7.00 E10L00-1010M-GX09 GX09..2.75 7.00 E10L00-1010M-GX09 GX09..3.25 7.00 E10L00-1010M-GX09 GX09..B24-B34B36-B51B52-B71B72-B80B82-B87B88-B95B96-B102B104-B109Attention:When using right-hand or left-hand inserts, the toolrequires modification to prevent the insert fouling.B43

Circlip grooving – externalMonobloc tools – GX16GXGX16 – right-handbbGX16 – left-handB38-B42GXB41-B42GXB42GXB43-B44GXB45-B49GXhsT maxhb h s T max[mm] [mm] [mm] [mm]0.60 0.7512 1216 1620 2025 25LRD23Type,descriptionE12R0012-1212K-GX16-2C9GX16-2..0.80 0.94 E12R0012-1212K-GX16-2 GX16-2..0.90 1.04 E12R0012-1212K-GX16-2 GX16-2..1.00 1.14 E12R0012-1212K-GX16-2 GX16-2..1.20 1.34 E12R0012-1212K-GX16-2 GX16-2..2.75 12.00 E12R0012-1212K-GX16-2 GX16-2..1.40 1.53 E12R0012-1212K-GX16-2 GX16-2..1.70 1.82 E12R0012-1212K-GX16-2 GX16-2..1.95 2.07 E12R0012-1212K-GX16-2 GX16-2..2.25 2.36 E12R0012-1212K-GX16-2 GX16-2..3.25 12.00 E12R0012-1212K-GX16-2 GX16-2..0.60 0.75 E16R0012-1616K-GX16-2 GX16-2..0.80 0.94 E16R0012-1616K-GX16-2 GX16-2..0.90 1.04 E16R0012-1616K-GX16-2 GX16-2..1.00 1.14 E16R0012-1616K-GX16-2 GX16-2..1.20 1.34 E16R0012-1616K-GX16-2 GX16-2..1.40 1.53 E16R0012-1616K-GX16-2 GX16-2..1.70 1.82 E16R0012-1616K-GX16-2 GX16-2..1.95 2.07 E16R0012-1616K-GX16-2 GX16-2..2.25 2.36 E16R0012-1616K-GX16-2 GX16-2..2.75 12.00 E16R0012-1616K-GX16-2 GX16-2..3.25 12.00 E16R0012-1616K-GX16-2 GX16-2..4.25 12.00 E16R0012-1616K-GX16-3 GX16-3..0.60 0.75 R E20R0012-2020K-GX16-2 GX16-2..0.80 0.94 E20R0012-2020K-GX16-2 GX16-2..0.90 1.04 E20R0012-2020K-GX16-2 GX16-2..1.00 1.14 E20R0012-2020K-GX16-2 GX16-2..1.20 1.34 E20R0012-2020K-GX16-2 GX16-2..1.40 1.53 E20R0012-2020K-GX16-2 GX16-2..1.70 1.82 E20R0012-2020K-GX16-2 GX16-2..1.95 2.07 E20R0012-2020K-GX16-2 GX16-2..2.25 2.36 E20R0012-2020K-GX16-2 GX16-2..2.75 12.00 E20R0012-2020K-GX16-2 GX16-2..3.25 12.00 E20R0012-2020K-GX16-2 GX16-2..4.25 12.00 E20R0012-2020K-GX16-3 GX16-3..0.60 0.75 E25R0012-2525M-GX16-2 GX16-2..0.80 0.94 E25R0012-2525M-GX16-2 GX16-2..0.90 1.04 E25R0012-2525M-GX16-2 GX16-2..1.00 1.14 E25R0012-2525M-GX16-2 GX16-2..1.20 1.34 E25R0012-2525M-GX16-2 GX16-2..1.40 1.53 E25R0012-2525M-GX16-2 GX16-2..1.70 1.82 E25R0012-2525M-GX16-2 GX16-2..1.95 2.07 E25R0012-2525M-GX16-2 GX16-2..2.25 2.36 E25R0012-2525M-GX16-2 GX16-2..2.75 12.00 E25R0012-2525M-GX16-2 GX16-2..3.25 12.00 E25R0012-2525M-GX16-2 GX16-2..4.25 12.00 E25R0012-2525M-GX16-3 GX16-3..b h s T max[mm] [mm] [mm] [mm]0.60 0.7512 1216 1620 2025 25L RType,descriptionE12L0012-1212K-GX16-2GX16-2..0.80 0.94 E12L0012-1212K-GX16-2 GX16-2..0.90 1.04 E12L0012-1212K-GX16-2 GX16-2..1.00 1.14 E12L0012-1212K-GX16-2 GX16-2..1.20 1.34 E12L0012-1212K-GX16-2 GX16-2..1.40 1.53 E12L0012-1212K-GX16-2 GX16-2..1.70 1.82 E12L0012-1212K-GX16-2 GX16-2..1.95 2.07 E12L0012-1212K-GX16-2 GX16-2..2.25 2.36 E12L0012-1212K-GX16-2 GX16-2..2.75 12.00 E12L0012-1212K-GX16-2 GX16-2..3.25 12.00 E12L0012-1212K-GX16-2 GX16-2..0.60 0.75 E16L0012-1616K-GX16-2 GX16-2..0.80 0.94 E16L0012-1616K-GX16-2 GX16-2..0.90 1.04 E16L0012-1616K-GX16-2 GX16-2..1.00 1.14 E16L0012-1616K-GX16-2 GX16-2..1.20 1.34 E16L0012-1616K-GX16-2 GX16-2..1.40 1.53 E16L0012-1616K-GX16-2 GX16-2..1.70 1.82 E16L0012-1616K-GX16-2 GX16-2..1.95 2.07 E16L0012-1616K-GX16-2 GX16-2..2.25 2.36 E16L0012-1616K-GX16-2 GX16-2..2.75 12.00 E16L0012-1616K-GX16-2 GX16-2..3.25 12.00 E16L0012-1616K-GX16-2 GX16-2..4.25 12.00 E16L0012-1616K-GX16-3 GX16-3..0.60 0.75 L E20L0012-2020K-GX16-2 GX16-2..0.80 0.94 E20L0012-2020K-GX16-2 GX16-2..0.90 1.04 E20L0012-2020K-GX16-2 GX16-2..1.00 1.14 E20L0012-2020K-GX16-2 GX16-2..1.20 1.34 E20L0012-2020K-GX16-2 GX16-2..1.40 1.53 E20L0012-2020K-GX16-2 GX16-2..1.70 1.82 E20L0012-2020K-GX16-2 GX16-2..1.95 2.07 E20L0012-2020K-GX16-2 GX16-2..2.25 2.36 E20L0012-2020K-GX16-2 GX16-2..2.75 12.00 E20L0012-2020K-GX16-2 GX16-2..3.25 12.00 E20L0012-2020K-GX16-2 GX16-2..4.25 12.00 E20L0012-2020K-GX16-3 GX16-3..0.60 0.75 E25L0012-2525M-GX16-2 GX16-2..0.80 0.94 E25L0012-2525M-GX16-2 GX16-2..0.90 1.04 E25L0012-2525M-GX16-2 GX16-2..1.00 1.14 E25L0012-2525M-GX16-2 GX16-2..1.20 1.34 E25L0012-2525M-GX16-2 GX16-2..1.40 1.53 E25L0012-2525M-GX16-2 GX16-2..1.70 1.82 E25L0012-2525M-GX16-2 GX16-2..1.95 2.07 E25L0012-2525M-GX16-2 GX16-2..2.25 2.36 E25L0012-2525M-GX16-2 GX16-2..2.75 12.00 E25L0012-2525M-GX16-2 GX16-2..3.25 12.00 E25L0012-2525M-GX16-2 GX16-2..4.25 12.00 E25L0012-2525M-GX16-3 GX16-3..B45-B49GXB50-B44Attention:When using right-hand or left-hand inserts, the toolrequires modification to prevent the insert fouling.B44

Circlip grooving – internalMonobloc boring bars – GX09GX09BGR I16Ød AØd AB4-B22l2l2D40-D41D59l 2 d AType,[mm] [mm]description24 20MSS-I16R90-1.5D-N40 20 R MSS-I16R90-2.5D-N34 40 UT40-MSS-I16R90-2D24 20MSS-I16L90-1.5D-NL40 20 MSS-I16L90-2.5D-NB24-B34B36-B51GX09GX09B52-B71T maxT maxØDsD44C8ØDsD42C8B72-B80D min s T max[mm] [mm] [mm]0.60 0.7520LRType,descriptionMSS-I16R02-GX09-1GX09-1.. R/L0.80 0.94 MSS-I16R02-GX09-1 GX09-1.. R/L0.90 1.04 MSS-I16R02-GX09-1 GX09-1.. R/L1.00 1.14 R MSS-I16R02-GX09-1 GX09-1.. R/L1.20 1.34 MSS-I16R02-GX09-1 GX09-1.. R/L1.40 1.53 MSS-I16R02-GX09-1 GX09-1.. R/L1.70 1.82 MSS-I16R02-GX09-1 GX09-1.. R/L0.60 0.75 MSS-I16L02-GX09-1 GX09-1.. R/L0.80 0.94 MSS-I16L02-GX09-1 GX09-1.. R/L0.90 1.04 MSS-I16L02-GX09-1 GX09-1.. R/L1.00 1.14 L MSS-I16L02-GX09-1 GX09-1.. R/L1.20 1.34 MSS-I16L02-GX09-1 GX09-1.. R/L1.40 1.53 MSS-I16L02-GX09-1 GX09-1.. R/L1.70 1.82 MSS-I16L02-GX09-1 GX09-1.. R/LD min s T max[mm] [mm] [mm]1.9520LRType,descriptionMSS-I16R04-GX09-1GX09-1..2.25 MSS-I16R04-GX09-1 GX09-1..R2.75 MSS-I16R04-GX09-2 GX09-2..3.25 MSS-I16R04-GX09-2 GX09-2..7.001.95MSS-I16L04-GX09-1 GX09-1..2.25 MSS-I16L04-GX09-1 GX09-1..L2.75 MSS-I16L04-GX09-2 GX09-2..3.25 MSS-I16L04-GX09-2 GX09-2..B82-B87B88-B95B96-B102B104-B109B45 B45

Circlip grooving – internalBoring bars – UTS – GX09GXGX09BGR I20Ød AØd AB38-B42GXl2l2D40-D41l 2 d AType,[mm] [mm]description30 20MSS-I20R90-1.5D-N50 25 R MSS-I20R90-2.5D-N40 40 UT40-MSS-I20R90-2D30 20MSS-I20L90-1.5D-N50 25 L MSS-I20L90-2.5D-N40 40 UT40-MSS-I20L90-2DD59B41-B42GXB42GXGX09GX09T maxT maxØDsD44C8ØDsD42C8B43-B44GXB45-B49GXD min s T max[mm] [mm] [mm]0.60 0.7525LRType,descriptionMSS-I20R02-GX09-1GX09-1.. R/L0.80 0.94 MSS-I20R02-GX09-1 GX09-1.. R/L0.90 1.04 MSS-I20R02-GX09-1 GX09-1.. R/L1.00 1.14 R MSS-I20R02-GX09-1 GX09-1.. R/L1.20 1.34 MSS-I20R02-GX09-1 GX09-1.. R/L1.40 1.53 MSS-I20R02-GX09-1 GX09-1.. R/L1.70 1.82 MSS-I20R02-GX09-1 GX09-1.. R/L0.60 0.75 MSS-I20L02-GX09-1 GX09-1.. R/L0.80 0.94 MSS-I20L02-GX09-1 GX09-1.. R/L0.90 1.04 MSS-I20L02-GX09-1 GX09-1.. R/L1.00 1.14 L MSS-I20L02-GX09-1 GX09-1.. R/L1.20 1.34 MSS-I20L02-GX09-1 GX09-1.. R/L1.40 1.53 MSS-I20L02-GX09-1 GX09-1.. R/L1.70 1.82 MSS-I20L02-GX09-1 GX09-1.. R/LD min s T max[mm] [mm] [mm]1.9525LRType,descriptionMSS-I20R05-GX09-1GX09-1..2.25 MSS-I20R05-GX09-1 GX09-1..R2.75 MSS-I20R05-GX09-2 GX09-2..3.25 MSS-I20R05-GX09-2 GX09-2..7.001.95MSS-I20L05-GX09-1 GX09-1..2.25 MSS-I20L05-GX09-1 GX09-1..L2.75 MSS-I20L05-GX09-2 GX09-2..3.25 MSS-I20L05-GX09-2 GX09-2..B45-B49GXB50-B51B46 B46

Circlip grooving – internalBoring bars – UTS – GX09GX09BGR I25Ød AØd AB4-B22l2l2D40-D41D59l 2 d AType,[mm] [mm]description38 25MSS-I25R90-1.5D-N63 32 MSS-I25R90-2.5D-NR50 40 UT40-MSS-I25R90-2D50 50 UT50-MSS-I25R90-2D38 25MSS-I25L90-1.5D-N63 32 L MSS-I25L90-2.5D-N50 40 UT40-MSS-I25L90-2DB24-B34B36-B51GX09GX09B52-B71T maxT maxØDsD44C8ØDsD42C8B72-B80D min s T max[mm] [mm] [mm]0.60 0.7532LRType,descriptionMSS-I25R02-GX09-1GX09-1.. R/L0.80 0.94 MSS-I25R02-GX09-1 GX09-1.. R/L0.90 1.04 MSS-I25R02-GX09-1 GX09-1.. R/L1.00 1.14 R MSS-I25R02-GX09-1 GX09-1.. R/L1.20 1.34 MSS-I25R02-GX09-1 GX09-1.. R/L1.40 1.53 MSS-I25R02-GX09-1 GX09-1.. R/L1.70 1.82 MSS-I25R02-GX09-1 GX09-1.. R/L0.60 0.75 MSS-I25L02-GX09-1 GX09-1.. R/L0.80 0.94 MSS-I25L02-GX09-1 GX09-1.. R/L0.90 1.04 MSS-I25L02-GX09-1 GX09-1.. R/L1.00 1.14 L MSS-I25L02-GX09-1 GX09-1.. R/L1.20 1.34 MSS-I25L02-GX09-1 GX09-1.. R/L1.40 1.53 MSS-I25L02-GX09-1 GX09-1.. R/L1.70 1.82 MSS-I25L02-GX09-1 GX09-1.. R/LD min s T max[mm] [mm] [mm]1.9532LRType,descriptionMSS-I25R06-GX09-1GX09-1..2.25 MSS-I25R06-GX09-1 GX09-1..R2.75 MSS-I25R06-GX09-2 GX09-2..3.25 MSS-I25R06-GX09-2 GX09-2..7.001.95MSS-I25L06-GX09-1 GX09-1..2.25 MSS-I25L06-GX09-1 GX09-1..L2.75 MSS-I25L06-GX09-2 GX09-2..3.25 MSS-I25L06-GX09-2 GX09-2..B82-B87B88-B95B96-B102B104-B109B47 B47

Circlip grooving – internalBoring bars – UTS – GX16GXGX16 – right-handGX16 – left-handBGR I32Ød AØd Al2B38-B42GXl2D40-D41l 2 d AType,[mm] [mm]description48 32MSS-I32R90-1.5D-N80 40 MSS-I32R90-2.5D-NR64 40 UT40-MSS-I32R90-2D64 50 UT50-MSS-I32R90-2DD59l 2 d AType,[mm] [mm]description48 32MSS-I32L90-1.5D-N80 40 MSS-I32L90-2.5D-NL64 40 UT40-MSS-I32L90-2D64 50 UT50-MSS-I32L90-2DB41-B42GXB42GX16GX16GXT maxT maxØDsD45C9ØDsD43C9B43-B44GXB45-B49GXD min s T max[mm] [mm] [mm]0.60 0.7540LRType,descriptionMSS-I32R03-GX16-2GX16-2.. R/L0.80 0.94 MSS-I32R03-GX16-2 GX16-2.. R/L0.90 1.04 MSS-I32R03-GX16-2 GX16-2.. R/L1.00 1.14 MSS-I32R03-GX16-2 GX16-2.. R/L1.20 1.34 R MSS-I32R03-GX16-2 GX16-2.. R/L1.40 1.53 MSS-I32R03-GX16-2 GX16-2.. R/L1.70 1.82 MSS-I32R03-GX16-2 GX16-2.. R/L1.95 2.07 MSS-I32R03-GX16-2 GX16-2.. R/L2.25 2.36 MSS-I32R03-GX16-2 GX16-2.. R/L0.60 0.75 MSS-I32L03-GX16-2 GX16-2.. R/L0.80 0.94 MSS-I32L03-GX16-2 GX16-2.. R/L0.90 1.04 MSS-I32L03-GX16-2 GX16-2.. R/L1.00 1.14 MSS-I32L03-GX16-2 GX16-2.. R/L1.20 1.34 L MSS-I32L03-GX16-2 GX16-2.. R/L1.40 1.53 MSS-I32L03-GX16-2 GX16-2.. R/L1.70 1.82 MSS-I32L03-GX16-2 GX16-2.. R/L1.95 2.07 MSS-I32L03-GX16-2 GX16-2.. R/L2.25 2.36 MSS-I32L03-GX16-2 GX16-2.. R/LD min s T max[mm] [mm] [mm]2.7540LRType,descriptionMSS-I32R09-GX16-2GX16-2..3.25 MSS-I32R09-GX16-2 GX16-2..R4.25 MSS-I32R09-GX16-3 GX16-3..5.25 MSS-I32R09-GX16-4 GX16-4..12.002.75MSS-I32L09-GX16-2 GX16-2..3.25 MSS-I32L09-GX16-2 GX16-2..L4.25 MSS-I32L09-GX16-3 GX16-3..5.25 MSS-I32L09-GX16-4 GX16-4..B45-B49GXB50-B51B48 B48

GX – right-handØd AØd ACirclip grooving – internalBoring bars – UTS – GX16GX16 – left-handBGR I40B4-B22l2l2D40-D41D59l 2 d AType,[mm] [mm]description60 40MSS-I40R90-1.5D-N100 50 MSS-I40R90-2.5D-NR80 40 UT40-MSS-I40R90-2D80 63 UT63-MSS-I40R90-2Dl 2 d AType,[mm] [mm]description60 40MSS-I40L90-1.5D-N100 50 MSS-I40L90-2.5D-NL80 40 UT40-MSS-I40L90-2D80 50 UT50-MSS-I40L90-2DB24-B34B36-B51GX16GX16B52-B71T maxT maxØDsD45C9ØDsD43C9B72-B80D min s T max[mm] [mm] [mm]0.60 0.7550LRType,descriptionMSS-I40R03-GX16-2GX16-2.. R/L0.80 0.94 MSS-I40R03-GX16-2 GX16-2.. R/L0.90 1.04 MSS-I40R03-GX16-2 GX16-2.. R/L1.00 1.14 MSS-I40R03-GX16-2 GX16-2.. R/L1.20 1.34 R MSS-I40R03-GX16-2 GX16-2.. R/L1.40 1.53 MSS-I40R03-GX16-2 GX16-2.. R/L1.70 1.82 MSS-I40R03-GX16-2 GX16-2.. R/L1.95 2.07 MSS-I40R03-GX16-2 GX16-2.. R/L2.25 2.36 MSS-I40R03-GX16-2 GX16-2.. R/L0.60 0.75 MSS-I40L03-GX16-2 GX16-2.. R/L0.80 0.94 MSS-I40L03-GX16-2 GX16-2.. R/L0.90 1.04 MSS-I40L03-GX16-2 GX16-2.. R/L1.00 1.14 MSS-I40L03-GX16-2 GX16-2.. R/L1.20 1.34 L MSS-I40L03-GX16-2 GX16-2.. R/L1.40 1.53 MSS-I40L03-GX16-2 GX16-2.. R/L1.70 1.82 MSS-I40L03-GX16-2 GX16-2.. R/L1.95 2.07 MSS-I40L03-GX16-2 GX16-2.. R/L2.25 2.36 MSS-I40L03-GX16-2 GX16-2.. R/LD min s T max[mm] [mm] [mm]2.7550LRType,descriptionMSS-I40R10-GX16-2GX16-2..3.25 MSS-I40R10-GX16-2 GX16-2..R4.25 MSS-I40R10-GX16-3 GX16-3..5.25 MSS-I40R10-GX16-4 GX16-4..12.002.75MSS-I40L10-GX16-2 GX16-2..3.25 MSS-I40L10-GX16-2 GX16-2..L4.25 MSS-I40L10-GX16-3 GX16-3..5.25 MSS-I40L10-GX16-4 GX16-4..B82-B87B88-B95B96-B102B104-B109B49 B49

Circlip grooving – internalMonobloc boring bars – GX09GXGX09ØdAGX09 – left-handl2T maxØDsB38-B42GXB41-B42GXd A l 2 D s T max[mm] [mm] [mm] [mm] [mm]0.6016 30 16LRD46Type,descriptionI12R90-2.5D-GX09C8GX09..0.80 I12R90-2.5D-GX09 GX09..0.90 I12R90-2.5D-GX09 GX09..1.00 I12R90-2.5D-GX09 GX09..1.20 I12R90-2.5D-GX09 GX09..1.40 3 R I12R90-2.5D-GX09 GX09..1.70 I12R90-2.5D-GX09 GX09..1.95 I12R90-2.5D-GX09 GX09..2.25 I12R90-2.5D-GX09 GX09..2.75 I12R90-2.5D-GX09 GX09..3.25 I12R90-2.5D-GX09 GX09..d A l 2 D s T max[mm] [mm] [mm] [mm] [mm]0.6016 30 16L RType,descriptionI12L90-2.5D-GX09GX09..0.80 I12L90-2.5D-GX09 GX09..0.90 I12L90-2.5D-GX09 GX09..1.00 I12L90-2.5D-GX09 GX09..1.20 I12L90-2.5D-GX09 GX09..1.40 3 L I12L90-2.5D-GX09 GX09..1.70 I12L90-2.5D-GX09 GX09..1.95 I12L90-2.5D-GX09 GX09..2.25 I12L90-2.5D-GX09 GX09..2.75 I12L90-2.5D-GX09 GX09..3.25 I12L90-2.5D-GX09 GX09..B42GXB43-B44GXB45-B49GXB45-B49GXB50-B51Attention:When using right-hand or left-hand inserts, the toolrequires modification to prevent the insert fouling.B50

Circlip grooving – internalMonobloc boring bars – GX16GX16 – right-handØdAGX16 – left-handl2ØDT maxsB4-B22D47C9d A l 2 D s T max[mm] [mm] [mm] [mm] [mm]0.60 0.75LRType,descriptionI16R90-2.0D-GX16-2GX16-2..0.80 0.94 I16R90-2.0D-GX16-2 GX16-2..0.90 1.04 I16R90-2.0D-GX16-2 GX16-2..1.00 1.14 I16R90-2.0D-GX16-2 GX16-2..1.20 1.34 I16R90-2.0D-GX16-2 GX16-2..16 32 20.5 1.40 1.53 I16R90-2.0D-GX16-2 GX16-2..1.70 1.82 I16R90-2.0D-GX16-2 GX16-2..1.95 2.07 I16R90-2.0D-GX16-2 GX16-2..2.25 2.36 I16R90-2.0D-GX16-2 GX16-2..2.75 12.00 I16R90-2.0D-GX16-2 GX16-2..3.25 12.00 I16R90-2.0D-GX16-2 GX16-2..0.60 0.75 I20R90-2.0D-GX16-2 GX16-2..0.80 0.94 I20R90-2.0D-GX16-2 GX16-2..0.90 1.04 I20R90-2.0D-GX16-2 GX16-2..1.00 1.14 I20R90-2.0D-GX16-2 GX16-2..1.20 1.34 I20R90-2.0D-GX16-2 GX16-2..20 40 25.0 1.40 1.53 I20R90-2.0D-GX16-2 GX16-2..1.70 1.82 I20R90-2.0D-GX16-2 GX16-2..1.95 2.07 I20R90-2.0D-GX16-2 GX16-2..2.25 2.36 I20R90-2.0D-GX16-2 GX16-2..2.75 12.00 I20R90-2.0D-GX16-2 GX16-2..3.25 12.00 I20R90-2.0D-GX16-2 GX16-2..0.60 0.75 I25R90-2.0D-GX16-2 GX16-2..R0.80 0.94 I25R90-2.0D-GX16-2 GX16-2..0.90 1.04 I25R90-2.0D-GX16-2 GX16-2..1.00 1.14 I25R90-2.0D-GX16-2 GX16-2..1.20 1.34 I25R90-2.0D-GX16-2 GX16-2..25 50 32.01.40 1.53 I25R90-2.0D-GX16-2 GX16-2..1.70 1.82 I25R90-2.0D-GX16-2 GX16-2..1.95 2.07 I25R90-2.0D-GX16-2 GX16-2..2.25 2.36 I25R90-2.0D-GX16-2 GX16-2..2.75 12.00 I25R90-2.0D-GX16-2 GX16-2..3.25 12.00 I25R90-2.0D-GX16-2 GX16-2..4.25 12.00 I25R90-2.0D-GX16-3 GX16-3..32 64 42.00.60 0.75 I32R90-2.0D-GX16-2 GX16-2..0.80 0.94 I32R90-2.0D-GX16-2 GX16-2..0.90 1.04 I32R90-2.0D-GX16-2 GX16-2..1.00 1.14 I32R90-2.0D-GX16-2 GX16-2..1.20 1.34 I32R90-2.0D-GX16-2 GX16-2..1.40 1.53 I32R90-2.0D-GX16-2 GX16-2..1.70 1.82 I32R90-2.0D-GX16-2 GX16-2..1.95 2.07 I32R90-2.0D-GX16-2 GX16-2..2.25 2.36 I32R90-2.0D-GX16-2 GX16-2..2.75 12.00 I32R90-2.0D-GX16-2 GX16-2..3.25 12.00 I32R90-2.0D-GX16-2 GX16-2..4.25 12.00 I32R90-2.0D-GX16-3 GX16-3..d A l 2 D s T max[mm] [mm] [mm] [mm] [mm]0.60 0.75L RType,descriptionI16L90-2.0D-GX16-2GX16-2..0.80 0.94 I16L90-2.0D-GX16-2 GX16-2..0.90 1.04 I16L90-2.0D-GX16-2 GX16-2..1.00 1.14 I16L90-2.0D-GX16-2 GX16-2..1.20 1.34 I16L90-2.0D-GX16-2 GX16-2..16 32 20.5 1.40 1.53 I16L90-2.0D-GX16-2 GX16-2..1.70 1.82 I16L90-2.0D-GX16-2 GX16-2..1.95 2.07 I16L90-2.0D-GX16-2 GX16-2..2.25 2.36 I16L90-2.0D-GX16-2 GX16-2..2.75 12.00 I16L90-2.0D-GX16-2 GX16-2..3.25 12.00 I16L90-2.0D-GX16-2 GX16-2..0.60 0.75 I20L90-2.0D-GX16-2 GX16-2..0.80 0.94 I20L90-2.0D-GX16-2 GX16-2..0.90 1.04 I20L90-2.0D-GX16-2 GX16-2..1.00 1.14 I20L90-2.0D-GX16-2 GX16-2..1.20 1.34 I20L90-2.0D-GX16-2 GX16-2..20 40 25.0 1.40 1.53 I20L90-2.0D-GX16-2 GX16-2..1.70 1.82 I20L90-2.0D-GX16-2 GX16-2..1.95 2.07 I20L90-2.0D-GX16-2 GX16-2..2.25 2.36 I20L90-2.0D-GX16-2 GX16-2..2.75 12.00 I20L90-2.0D-GX16-2 GX16-2..3.25 12.00 I20L90-2.0D-GX16-2 GX16-2..0.60 0.75 I25L90-2.0D-GX16-2 GX16-2..L0.80 0.94 I25L90-2.0D-GX16-2 GX16-2..0.90 1.04 I25L90-2.0D-GX16-2 GX16-2..1.00 1.14 I25L90-2.0D-GX16-2 GX16-2..1.20 1.34 I25L90-2.0D-GX16-2 GX16-2..25 50 32.01.40 1.53 I25L90-2.0D-GX16-2 GX16-2..1.70 1.82 I25L90-2.0D-GX16-2 GX16-2..1.95 2.07 I25L90-2.0D-GX16-2 GX16-2..2.25 2.36 I25L90-2.0D-GX16-2 GX16-2..2.75 12.00 I25L90-2.0D-GX16-2 GX16-2..3.25 12.00 I25L90-2.0D-GX16-2 GX16-2..4.25 12.00 I25L90-2.0D-GX16-3 GX16-3..32 64 42.00.60 0.75 I32L90-2.0D-GX16-2 GX16-2..0.80 0.94 I32L90-2.0D-GX16-2 GX16-2..0.90 1.04 I32L90-2.0D-GX16-2 GX16-2..1.00 1.14 I32L90-2.0D-GX16-2 GX16-2..1.20 1.34 I32L90-2.0D-GX16-2 GX16-2..1.40 1.53 I32L90-2.0D-GX16-2 GX16-2..1.70 1.82 I32L90-2.0D-GX16-2 GX16-2..1.95 2.07 I32L90-2.0D-GX16-2 GX16-2..2.25 2.36 I32L90-2.0D-GX16-2 GX16-2..2.75 12.00 I32L90-2.0D-GX16-2 GX16-2..3.25 12.00 I32L90-2.0D-GX16-2 GX16-2..4.25 12.00 I32L90-2.0D-GX16-3 GX16-3..B24-B34B36-B51B52-B71B72-B80B82-B87B88-B95B96-B102B104-B109Attention:When using right-hand or left-hand inserts, the toolrequires modification to prevent the insert fouling.B51

Radius grooves – external/internalOverview – modular structureShanks 0° Shanks 90°h / b12/12 - 32/32h / b20/20 - 32/32UTS 0° UTS 90°d A d Ad A = 40 - 63 d A = 40 - 63HSK-T 0° HSK-T 90°d A d Ad A = 63 - 100d A = 63 - 100Ød ABoring bars 1.5D Ød A Boring bars 2.5Dl2d A = 20 - 40l 2 = 24 - 60l2d A = 20 - 50l 2 = 40 - 100Ød AUTS boring barsl2d A = 40 - 63l 2 = 32 - 80B52

ØDrØDGX09 GX16 GX24rr = 0,8 - 1,2T max = 1,78 - 7r = 0,8 - 3,0T max = 1,78 - 12r = 1,5 - 3T max = 21B4-B22SXLXB24-B34rr = 1.5 - 2.0T max = 20 - 35r = 4T max = 25 - 45GX16 GX24 SX LXB36-B51rr = 0,8 - 3,0T max = 1,78 - 12r = 1,5 - 3T max = 21r = 1,5 - 2,0T max = 20 - 35r = 4T max = 25 - 45B52-B71B72-B80B82-B87B88-B95T maxGX09 GX16 GX24r = 0,8 - 1,2T max = 1,78 - 6D = 20 - 32r = 0,8 - 3,0T max = 1,78 - 10D = 40 - 50r = 1,5 - 3,0T max = 19D = 60B96-B103T maxGX09 GX16 GX24B104-B109r = 0,8 - 1,2T max = 1,78 - 6D = 20 - 32r = 0,8 - 3,0T max = 1,78 - 10D = 40 - 50r = 1,5 - 3,0T max = 19D = 60B53

Radius grooves – external/internalOverview – modular structurebGX09 monobloc tool holdersT max hrh / b10/10r = 0,8 - 1,2T max = 1,78 - 7bGX16 monobloc tool holdersT max hrh / b12/12 - 25/25r = 0,8 - 2,5T max = 1,78 - 12bGX24 monobloc tool holdersT max hrh / b16/16 - 32/25r = 1,5 - 3,0T max = 21bSX monobloc tool holdersT max hrh / b16/16 - 25/25r = 1,5 - 3,0T max = 20 - 32Ød AGX09 monobloc boring barsl2ØDT maxrD = 16,0l 2 = 30d A = 16r = 0,8 - 1,2T max = 1,78 - 3Ød AGX16 monobloc boring barsl2ØDT maxrD = 20,5 - 42l 2 = 32 - 64d A = 16 - 32r = 0,8 - 3T max = 2,5 - 11Ød AGX24 monobloc boring barsl2ØDT maxrD = 42 - 57l 2 = 64 - 80d A = 32 - 40r = 1,5 - 3T max = 11 - 17,5B54

B4-B22B24-B34B36-B51B52-B71B72-B80B82-B87B88-B95B96-B103B104-B109B55

Radius grooves – externalShanks – GXGX / SX /LX0°BGR E12B56-B61GX / SX /LXb h[mm] [mm]12 12RLType,descriptionMSS-E12R00-1212EMSS-E12L00-1212ED4B59-B61GX / SX /LXB60-B61GX / SXGX09GX09rD11C10rT maxD8C10B62-B63GXr[mm]T max[mm]0.80 1.78LRType,descriptionR MSS-E12R02-GX09-1 GX09-1.. R/LL MSS-E12L02-GX09-1 GX09-1.. R/LLRr T maxType,[mm] [mm] description1.00MSS-E12R07-GX09-1 GX09-1..R1.20 MSS-E12R07-GX09-1 GX09-1..7.001.00MSS-E12L07-GX09-1 GX09-1..L1.20 MSS-E12L07-GX09-1 GX09-1..B64-B68GXB64-B68GXB70-B71B56 B56

0°Radius grooves – externalShanks – GXBGR E16B4-B22D4b h[mm] [mm]16 16RLType,descriptionMSS-E16R00-1616GMSS-E16L00-1616GB24-B34B36-B51GX09GX09B52-B71rD11C10rT maxD8C10B72-B80r[mm]0.80LRT max[mm]Type,description1.78 R MSS-E16R02-GX09-1 GX09-1.. R/L1.78 L MSS-E16L02-GX09-1 GX09-1.. R/LLRr T maxType,[mm] [mm] description1.00MSS-E16R07-GX09-1 GX09-1..R1.20 MSS-E16R07-GX09-1 GX09-1..7.001.00MSS-E16L07-GX09-1 GX09-1..L1.20 MSS-E16L07-GX09-1 GX09-1..B82-B87B88-B95B96-B103B104-B109B57 B57

GX / SX /LXRadius grooves – externalShanks – GX/SX0° 90°BGR E20B56-B61GX / SX /LXb[mm]20hType,[mm]description16MSS-E20R00-1620GR20 MSS-E20R00-2020J16MSS-E20L00-1620GL20 MSS-E20L00-2020JD4b h[mm] [mm]20 20RLType,descriptionMSS-E20R90-2020JMSS-E20L90-2020JD5B59-B61GX / SX /LXB60-B61GX16GX16GX / SXrD12C11rT maxD9C11B62-B63GXLRr T maxType,[mm] [mm] description0.80 1.78 MSS-E20R03-GX16-2 GX16-2.. R/L1.00 2.18 R MSS-E20R03-GX16-2 GX16-2.. R/L1.20 2.58 MSS-E20R03-GX16-2 GX16-2.. R/L0.80 1.78 MSS-E20L03-GX16-2 GX16-2.. R/L1.00 2.18 L MSS-E20L03-GX16-2 GX16-2.. R/L1.20 2.58 MSS-E20L03-GX16-2 GX16-2.. R/LLRr T maxType,[mm] [mm] description1.50MSS-E20R12-GX16-2 GX16-2..2.00 R MSS-E20R12-GX16-3 GX16-3..2.50 MSS-E20R12-GX16-3 GX16-3..12.001.50MSS-E20L12-GX16-2 GX16-2..2.00 L MSS-E20L12-GX16-3 GX16-3..2.50 MSS-E20L12-GX16-3 GX16-3..B64-B68GXGX24SXrT maxD10C12rT maxD17C14B64-B68GXLRr T maxType,[mm] [mm] description1.50MSS-E20R21-GX24-2 GX24-2..2.00 R MSS-E20R21-GX24-3 GX24-3..2.50 MSS-E20R21-GX24-3 GX24-3..21.001.50MSS-E20L21-GX24-2 GX24-2..2.00 L MSS-E20L21-GX24-3 GX24-3..2.50 MSS-E20L21-GX24-3 GX24-3..r[mm]T max[mm]1.50 20LRType,descriptionL MSS-E20L20-SX3 SX3R MSS-E20R20-SX3 SX3B70-B71B58 B58

Radius grooves – externalShanks – UTS – GX/SX0° 90°BGR E25d Ad AB4-B22D4D56D5D57b h d A[mm] [mm] [mm]25 2525 25Type,descriptionMSS-E25R00-2525L40 UT40-MSS-E25R00R50 UT50-MSS-E25R0063 UT63-MSS-E25R00MSS-E25L00-2525L40 UT40-MSS-E25L00L50 UT50-MSS-E25L0063 UT63-MSS-E25L00b h d A[mm] [mm] [mm]25 2525 25Type,descriptionMSS-E25R90-2525L40 R UT40-MSS-E25R9050 UT50-MSS-E25R90MSS-E25L90-2525L40 L UT40-MSS-E25L9050 UT50-MSS-E25L90B24-B34B36-B51GX16GX16B52-B71rD12C11rT maxD9C11B72-B80LRr T maxType,[mm] [mm] description0.80 1.78 MSS-E25R03-GX16-2 GX16-2.. R/L1.00 2.18 R MSS-E25R03-GX16-2 GX16-2.. R/L1.20 2.58 MSS-E25R03-GX16-2 GX16-2.. R/L0.80 1.78 MSS-E25L03-GX16-2 GX16-2.. R/L1.00 2.18 L MSS-E25L03-GX16-2 GX16-2.. R/L1.20 2.58 MSS-E25L03-GX16-2 GX16-2.. R/LLRr T maxType,[mm] [mm] description1.50MSS-E25R12-GX16-2 GX16-2..2.00 MSS-E25R12-GX16-3 GX16-3..R2.50 MSS-E25R12-GX16-3 GX16-3..3.00 MSS-E25R12-GX16-4 GX16-4..12.001.50MSS-E25L12-GX16-2 GX16-2..2.00 MSS-E25L12-GX16-3 GX16-3..L2.50 MSS-E25L12-GX16-3 GX16-3..3.00 MSS-E25L12-GX16-4 GX16-4..B82-B87GX24SXB88-B95rT maxD10C12rT maxD17C14B96-B103LRr T maxType,[mm] [mm] description1.50MSS-E25R21-GX24-2 GX24-2..2.00 MSS-E25R21-GX24-3 GX24-3..R2.50 MSS-E25R21-GX24-3 GX24-3..3.00 MSS-E25R21-GX24-4 GX24-4..21.001.50MSS-E25L21-GX24-2 GX24-2..2.00 MSS-E25L21-GX24-3 GX24-3..L2.50 MSS-E25L21-GX24-3 GX24-3..3.00 MSS-E25L21-GX24-4 GX24-4..LRr T maxType,[mm] [mm] description1.50MSS-E25R25-SX3SX3252.00 MSS-E25R25-SX4 SX4R1.50MSS-E25R35-SX3SX3352.00 MSS-E25R35-SX4 SX41.50MSS-E25L25-SX3SX3252.00 MSS-E25L25-SX4 SX4L1.50MSS-E25L35-SX3SX3352.00 MSS-E25L35-SX4 SX4B104-B109B59 B59

GX / SX /LXd ARadius grooves – externalShanks – UTS/HSK-T – GX0° 90°d ABGR E32B56-B61GX / SX /LXB59-B61GX / SX /LXb h d A[mm] [mm] [mm]25 32D4Type,descriptionMSS-E32R00-3225N32 32 MSS-E32R00-3232Q50 UT50-MSS-E32R00R63 UT63-MSS-E32R0063 HSK-T63-MSS-E32R00100 HSK-T100-MSS-E32R0025 32MSS-E32L00-3225N32 32 MSS-E32L00-3232Q50 UT50-MSS-E32L00L63 UT63-MSS-E32L0063 HSK-T63-MSS-E32L00100 HSK-T100-MSS-E32L00D56+D60b h d A[mm] [mm] [mm]25 32D5Type,descriptionMSS-E32R90-3225N32 32 MSS-E32R90-3232R63 R UT63-MSS-E32R9063 HSK-T63-MSS-E32R90100 HSK-T100-MSS-E32R9025 32MSS-E32L90-3225N32 32 MSS-E32L90-3232R63 L UT63-MSS-E32L9063 HSK-T63-MSS-E32L90100 HSK-T100-MSS-E32L90D57+D61B60-B61GX / SXGX16GX16rD12C11rT maxD9C11B62-B63GXLRr T maxType,[mm] [mm] description0.80 1.78 MSS-E32R03-GX16-2 GX16-2.. R/L1.00 2.18 R MSS-E32R03-GX16-2 GX16-2.. R/L1.20 2.58 MSS-E32R03-GX16-2 GX16-2.. R/L0.80 1.78 MSS-E32L03-GX16-2 GX16-2.. R/L1.00 2.18 L MSS-E32L03-GX16-2 GX16-2.. R/L1.20 2.58 MSS-E32L03-GX16-2 GX16-2.. R/LLRr T maxType,[mm] [mm] description1.50MSS-E32R12-GX16-2 GX16-2..2.00 MSS-E32R12-GX16-3 GX16-3..R2.50 MSS-E32R12-GX16-3 GX16-3..3.00 MSS-E32R12-GX16-4 GX16-4..12.001.50MSS-E32L12-GX16-2 GX16-2..2.00 MSS-E32L12-GX16-3 GX16-3..L2.50 MSS-E32L12-GX16-3 GX16-3..3.00 MSS-E32L12-GX16-4 GX16-4..B64-B68GXGX24rT maxD10C12B64-B68GXB70-B71LRr T maxType,[mm] [mm] description1.50MSS-E32R21-GX24-2 GX24-2..2.00 MSS-E32R21-GX24-3 GX24-3..R2.50 MSS-E32R21-GX24-3 GX24-3..3.00 MSS-E32R21-GX24-4 GX24-4..21.001.50MSS-E32L21-GX24-2 GX24-2..2.00 MSS-E32L21-GX24-3 GX24-3..L2.50 MSS-E32L21-GX24-3 GX24-3..3.00 MSS-E32L21-GX24-4 GX24-4..B60 B60

Radius grooves – externalShanks – UTS/HSK-T – SX/LX0° 90°BGR E32d Ad AB4-B22D4D56+D60D5D57+D61b h d A[mm] [mm] [mm]25 32Type,descriptionMSS-E32R00-3225N32 32 MSS-E32R00-3232Q50 UT50-MSS-E32R00R63 UT63-MSS-E32R0063 HSK-T63-MSS-E32R00100 HSK-T100-MSS-E32R0025 32MSS-E32L00-3225N32 32 MSS-E32L00-3232Q50 UT50-MSS-E32L00L63 UT63-MSS-E32L0063 HSK-T63-MSS-E32L00100 HSK-T100-MSS-E32L00b h d A[mm] [mm] [mm]25 32Type,descriptionMSS-E32R90-3225N32 32 MSS-E32R90-3232R63 R UT63-MSS-E32R9063 HSK-T63-MSS-E32R90100 HSK-T100-MSS-E32R9025 32MSS-E32L90-3225N32 32 MSS-E32L90-3232R63 L UT63-MSS-E32L9063 HSK-T63-MSS-E32L90100 HSK-T100-MSS-E32L90B24-B34B36-B51SXLXB52-B71rT maxD17C14rT maxD18C15B72-B80LRr T maxType,[mm] [mm] description1.50MSS-E32R35-SX3SX3R2.00 MSS-E32R35-SX4 SX4351.50MSS-E32L35-SX3SX3L2.00 MSS-E32L35-SX4 SX4r[mm]4.00LRT max[mm]Type,description25 MSS-E32N25-LXLX-..32 N MSS-E32N32-LX LX-..45 MSS-E32N45-LX LX-..B82-B87B88-B95B96-B103B104-B109B61 B61

Radius grooves – externalMonobloc tools – GXGX / SX /LXGX09bGX09bB56-B61hrD22C10T max hrD22C10GX / SX /LXb h r T max[mm] [mm] [mm] [mm]10 10 0.80 1.78LRType,descriptionR E10R00-1010M-GX09 GX09..L E10L00-1010M-GX09 GX09..b h r T max[mm] [mm] [mm] [mm]1.0010 10L RType,descriptionR E10R00-1010M-GX09 GX09..1.20 R E10R00-1010M-GX09 GX09..7.001.00 L E10L00-1010M-GX09 GX09..1.20 L E10L00-1010M-GX09 GX09..B59-B61GX / SX /LXGX16bGX16bB60-B61GX / SXhrD23C11T max hrD23C11B62-B63GXB64-B68GXb h r T max[mm] [mm] [mm] [mm]12 12L RType,descriptionE12R0012-1212K-GX16-2GX16-2..0.80 1.7816 16 E16R0012-1616K-GX16-2 GX16-2..16 16 1.00 2.18 E16R0012-1616K-GX16-2 GX16-2..16 16 1.20 2.58 E16R0012-1616K-GX16-2 GX16-2..20 20 0.80 1.78 E20R0012-2020K-GX16-2 GX16-2..R20 20 1.00 2.18 E20R0012-2020K-GX16-2 GX16-2..20 20 1.20 2.58 E20R0012-2020K-GX16-2 GX16-2..25 25 0.80 1.78 E25R0012-2525M-GX16-2 GX16-2..25 25 1.00 2.18 E25R0012-2525M-GX16-2 GX16-2..25 25 1.20 2.58 E25R0012-2525M-GX16-2 GX16-2..12 12E12L0012-1212K-GX16-2 GX16-2..0.80 1.7816 16 E16L0012-1616K-GX16-2 GX16-2..16 16 1.00 2.18 E16L0012-1616K-GX16-2 GX16-2..16 16 1.20 2.58 E16L0012-1616K-GX16-2 GX16-2..20 20 0.80 1.78 L E20L0012-2020K-GX16-2 GX16-2..20 20 1.00 2.18 E20L0012-2020K-GX16-2 GX16-2..20 20 1.20 2.58 E20L0012-2020K-GX16-2 GX16-2..25 25 0.80 1.78 E25L0012-2525M-GX16-2 GX16-2..25 25 1.20 2.58 E25L0012-2525M-GX16-2 GX16-2..b h r T max[mm] [mm] [mm] [mm]1.50 12.0016 1620 2025 2516 1620 2025 25L RType,descriptionE16R0012-1616K-GX16-2GX16-2..2.00 12.00 E16R0012-1616K-GX16-3 GX16-3..2.50 12.00 E16R0012-1616K-GX16-3 GX16-3..1.50 12.00 E20R0012-2020K-GX16-2 GX16-2..2.00 12.00 R E20R0012-2020K-GX16-3 GX16-3..2.50 12.00 E20R0012-2020K-GX16-3 GX16-3..2.50 12.00 E25R0012-2525M-GX16-3 GX16-3..2.00 12.00 E25R0012-2525M-GX16-3 GX16-3..1.50 12.00 E25R0012-2525M-GX16-2 GX16-2..1.50 12.00 E16L0012-1616K-GX16-2 GX16-2..2.00 12.00 E16L0012-1616K-GX16-3 GX16-3..2.50 12.00 E16L0012-1616K-GX16-3 GX16-3..1.50 12.00 E20L0012-2020K-GX16-2 GX16-2..2.00 12.00 L E20L0012-2020K-GX16-3 GX16-3..2.50 12.00 E20L0012-2020K-GX16-3 GX16-3..1.50 12.00 E25L0012-2525M-GX16-2 GX16-2..2.00 12.00 E25L0012-2525M-GX16-3 GX16-3..2.50 12.00 E25L0012-2525M-GX16-3 GX16-3..B64-B68GXB70-B71Attention:When using right-hand or left-hand inserts, the toolrequires modification to prevent the insert fouling.B62

Radius grooves – externalMonobloc tools – GX/SXGX24 – right-handbGX24 – left-handT max hrD24C12B4-B22b h r T max[mm] [mm] [mm] [mm]16 16 1.5020 20252532LRType,descriptionE16R0021-1616K-GX24-2GX24-2..1.50 E20R0021-2020K-GX24-2 GX24-2..2.00 E20R0021-2020K-GX24-3 GX24-3..2.50 E20R0021-2020K-GX24-3 GX24-3..1.50 E25R0021-2525M-GX24-2 GX24-2..2.00 E25R0021-2525M-GX24-3 GX24-3..21.00 R2.50 E25R0021-2525M-GX24-3 GX24-3..3.00 E25R0021-2525M-GX24-4 GX24-4..1.50 E32R0021-3225P-GX24-2 GX24-2..2.00 E32R0021-3225P-GX24-3 GX24-3..2.50 E32R0021-3225P-GX24-3 GX24-3..3.00 E32R0021-3225P-GX24-4 GX24-4..b h r T max[mm] [mm] [mm] [mm]16 16 1.5020 20252532L RType,descriptionE16L0021-1616K-GX24-2GX24-2..1.50 E20L0021-2020K-GX24-2 GX24-2..2.00 E20L0021-2020K-GX24-3 GX24-3..2.50 E20L0021-2020K-GX24-3 GX24-3..1.50 E25L0021-2525M-GX24-2 GX24-2..2.00 E25L0021-2525M-GX24-3 GX24-3..21.00 L2.50 E25L0021-2525M-GX24-3 GX24-3..3.00 E25L0021-2525M-GX24-4 GX24-4..1.50 E32L0021-3225P-GX24-2 GX24-2..2.00 E32L0021-3225P-GX24-3 GX24-3..2.50 E32L0021-3225P-GX24-3 GX24-3..3.00 E32L0021-3225P-GX24-4 GX24-4..B24-B34B36-B51B52-B71B72-B80SX – right-handbSX – left-handB82-B87T max hrD27C14s h b T max[mm] [mm] [mm] [mm]3.016 16204.0L RType,descriptionE16R0020-1616K-SX3SX320 20 E20R0020-2020K-SX3 SX325 25 E25R0020-2525M-SX3 SX325 25R E25R0025-2525M-SX4 SX420 20 25 E20R0025-2020K-SX4 SX45.0 25 25 E25R0025-2525M-SX5 SX56.0 25 25 32 E25R0032-2525M-SX6 SX6s h b T max[mm] [mm] [mm] [mm]3.016 16204.0L RType,descriptionE16L0020-1616K-SX3SX320 20 E20L0020-2020K-SX3 SX325 25 E25L0020-2525M-SX3 SX325 25L E25L0025-2525M-SX4 SX420 20 25 E20L0025-2020K-SX4 SX45.0 25 25 E25L0025-2525M-SX5 SX56.0 25 25 32 E25L0032-2525M-SX6 SX6B88-B95B96-B103B104-B109B63

Radius grooves – internalBoring bars – UTS – GXGX / SX /LXGX09Ød AØd ABGR I16B56-B61GX / SX /LXl2l2D40-D41l 2 d AType,[mm] [mm]description24 20MSS-I16R90-1.5D-N40 20 R MSS-I16R90-2.5D-N34 40 UT40-MSS-I16R90-2D24 20MSS-I16L90-1.5D-NL40 20 MSS-I16L90-2.5D-ND59B59-B61GX / SX /LXB60-B61GX / SXGX09GX09T maxT maxrØDD44C10ØDrD42C10B62-B63GXD min r T max[mm] [mm] [mm]20 0.80 1.78LRType,descriptionR MSS-I16R02-GX09-1 GX09-1.. R/LL MSS-I16L02-GX09-1 GX09-1.. R/LD min r T max[mm] [mm] [mm]1.00 420LRType,descriptionMSS-I16R04-GX09-1GX09-1..R1.20 4 MSS-I16R04-GX09-1 GX09-1..1.00 4 MSS-I16L04-GX09-1 GX09-1..L1.20 4 MSS-I16L04-GX09-1 GX09-1..B64-B68GXB64-B68GXB70-B71B64 B64

Radius grooves – internalBoring bars – UTS – GXGX09BGR I20Ød AØd AB4-B22l2l2D40-D41D59l 2 d AType,[mm] [mm]description30 20MSS-I20R90-1.5D-N50 25 R MSS-I20R90-2.5D-N40 40 UT40-MSS-I20R90-2D30 20MSS-I20L90-1.5D-N50 25 L MSS-I20L90-2.5D-N40 40 UT40-MSS-I20L90-2DB24-B34B36-B51GX09GX09B52-B71T maxT maxrØDD44C10ØDrD42C10B72-B80D min r T max[mm] [mm] [mm]25 0.80 1.78LRType,descriptionR MSS-I20R02-GX09-1 GX09-1.. R/LL MSS-I20L02-GX09-1 GX09-1.. R/LD min r T max[mm] [mm] [mm]1.00 525LRType,descriptionMSS-I20R05-GX09-1GX09-1..R1.20 5 MSS-I20R05-GX09-1 GX09-1..1.00 5 MSS-I20L05-GX09-1 GX09-1..L1.20 5 MSS-I20L05-GX09-1 GX09-1..B82-B87B88-B95B96-B103B104-B109B65 B65

Radius grooves – internalBoring bars – UTS – GXGX / SX /LXGX09Ød AØd ABGR I25B56-B61GX / SX /LXB59-B61l2l2D40-D41l 2 d AType,[mm] [mm]description38 25MSS-I25R90-1.5D-N63 32 MSS-I25R90-2.5D-NR50 40 UT40-MSS-I25R90-2D50 50 UT50-MSS-I25R90-2D38 25MSS-I25L90-1.5D-N63 32 L MSS-I25L90-2.5D-N50 40 UT40-MSS-I25L90-2DD59GX / SX /LXB60-B61GX / SXGX09GX09T maxT maxrØDD44C10ØDrD42C10B62-B63GXD min r T max[mm] [mm] [mm]32 0.80LRType,description1.78 R MSS-I25R02-GX09-1 GX09-1.. R/L1.78 L MSS-I25L02-GX09-1 GX09-1.. R/LD min r T max[mm] [mm] [mm]1.00 632LRType,descriptionMSS-I25R06-GX09-1GX09-1..R1.20 6 MSS-I25R06-GX09-1 GX09-1..1.00 6 MSS-I25L06-GX09-1 GX09-1..L1.20 6 MSS-I25L06-GX09-1 GX09-1..B64-B68GXB64-B68GXB70-B71B66 B66

GX16 – right-handØd AØd ARadius grooves – internalBoring bars – UTS – GXGX16 – left-handBGR I32B4-B22l2l2D40-D41D59l 2 d AType,[mm] [mm]description48 32MSS-I32R90-1.5D-N80 40 MSS-I32R90-2.5D-NR64 40 UT40-MSS-I32R90-2D64 50 UT50-MSS-I32R90-2Dl 2 d AType,[mm] [mm]description48 32MSS-I32L90-1.5D-N80 40 MSS-I32L90-2.5D-NL64 40 UT40-MSS-I32L90-2D64 50 UT50-MSS-I32L90-2DB24-B34B36-B51GX16GX16B52-B71T maxT maxrØDD45C11ØDrD43C11B72-B80D min r T max[mm] [mm] [mm]0.80 1.7840LRType,descriptionMSS-I32R03-GX16-2GX16-2.. R/L1.00 2.18 R MSS-I32R03-GX16-2 GX16-2.. R/L1.20 2.58 MSS-I32R03-GX16-2 GX16-2.. R/L0.80 1.78 MSS-I32L03-GX16-2 GX16-2.. R/L1.00 2.18 L MSS-I32L03-GX16-2 GX16-2.. R/L1.20 2.58 MSS-I32L03-GX16-2 GX16-2.. R/LD min r T max[mm] [mm] [mm]1.50 940LRType,descriptionMSS-I32R09-GX16-2GX16-2..2.00 9 MSS-I32R09-GX16-3 GX16-3..R2.50 9 MSS-I32R09-GX16-3 GX16-3..3.00 9 MSS-I32R09-GX16-4 GX16-4..1.50 9 MSS-I32L09-GX16-2 GX16-2..2.00 9 MSS-I32L09-GX16-3 GX16-3..L2.50 9 MSS-I32L09-GX16-3 GX16-3..3.00 9 MSS-I32L09-GX16-4 GX16-4..B82-B87B88-B95B96-B103B104-B109B67 B67

GX / SX /LXGX16/24 – right-handØd AØd ARadius grooves – internalBoring bars – UTS – GXGX16/24 – left-handBGR I40l2B56-B61GX / SX /LXl2D40-D41l 2 d AType,[mm] [mm]description60 40MSS-I40R90-1.5D-N100 50 MSS-I40R90-2.5D-NR80 40 UT40-MSS-I40R90-2D80 63 UT63-MSS-I40R90-2DD59l 2 d AType,[mm] [mm]description60 40MSS-I40L90-1.5D-N100 50 MSS-I40L90-2.5D-NL80 40 UT40-MSS-I40L90-2D80 50 UT50-MSS-I40L90-2DB59-B61GX / SX /LXB60-B61GX16GX16GX / SXT maxT maxrØDD45C11ØDrD43C11B62-B63GXD min r T max[mm] [mm] [mm]0.80 1.7850LRType,descriptionMSS-I40R03-GX16-2GX16-2.. R/L1.00 2.18 R MSS-I40R03-GX16-2 GX16-2.. R/L1.20 2.58 MSS-I40R03-GX16-2 GX16-2.. R/L0.80 1.78 MSS-I40L03-GX16-2 GX16-2.. R/L1.00 2.18 L MSS-I40L03-GX16-2 GX16-2.. R/L1.20 2.58 MSS-I40L03-GX16-2 GX16-2.. R/LD min r T max[mm] [mm] [mm]1.50 1050LRType,descriptionMSS-I40R10-GX16-2GX16-2..2.00 10 MSS-I40R10-GX16-3 GX16-3..R2.50 10 MSS-I40R10-GX16-3 GX16-3..3.00 10 MSS-I40R10-GX16-4 GX16-4..1.50 10 MSS-I40L10-GX16-2 GX16-2..2.00 10 MSS-I40L10-GX16-3 GX16-3..L2.50 10 MSS-I40L10-GX16-3 GX16-3..3.00 10 MSS-I40L10-GX16-4 GX16-4..B64-B68GXGX24T maxØDrD43C12B64-B68GXD min r T max[mm] [mm] [mm]1.50 1960LRType,descriptionMSS-I40N19-GX24-2GX24-2..2.00 19 MSS-I40N19-GX24-3 GX24-3..N2.50 19 MSS-I40N19-GX24-3 GX24-3..3.00 19 MSS-I40N19-GX24-4 GX24-4..B70-B71B68 B68

B4-B22B24-B34B36-B51B52-B71B72-B80B82-B87B88-B95B96-B103B104-B109B69

Radius grooves – internalMonobloc boring bars – GXGX / SX /LXGX09GX09T maxT maxB56-B61GX / SX /LXØDrD r T max[mm] [mm] [mm]16LRType,descriptionD460.80 1.78 R I12R90-2.5D-GX09 GX09..0.80 1.78 L I12L90-2.5D-GX09 GX09..C10ØDrD r T max[mm] [mm] [mm]1.00 316L RD46Type,descriptionI12R90-2.5D-GX09GX09..R1.20 3 I12R90-2.5D-GX09 GX09..1.00 3I12L90-2.5D-GX09 GX09..L1.20 3 I12L90-2.5D-GX09 GX09..C10B59-B61GX / SX /LXGX16GX16B60-B61GX / SXØDT maxrD47C11T maxØDrD47C11B62-B63GXB64-B68GXD r T max[mm] [mm] [mm]0.80 1.7820.525.032.042.0L RType,descriptionI16R90-2.0D-GX16-2GX16-2..1.00 2.18 R I16R90-2.0D-GX16-2 GX16-2..1.20 2.58 I16R90-2.0D-GX16-2 GX16-2..0.80 1.78 I16L90-2.0D-GX16-2 GX16-2..1.00 2.18 L I16L90-2.0D-GX16-2 GX16-2..1.20 2.58 I16L90-2.0D-GX16-2 GX16-2..0.80 1.78 I20R90-2.0D-GX16-2 GX16-2..1.00 2.18 R I20R90-2.0D-GX16-2 GX16-2..1.20 2.58 I20R90-2.0D-GX16-2 GX16-2..0.80 1.78 I20L90-2.0D-GX16-2 GX16-2..1.00 2.18 I20L90-2.0D-GX16-2 GX16-2..1.20 2.58 I20L90-2.0D-GX16-2 GX16-2..L0.80 1.78 I25L90-2.0D-GX16-2 GX16-2..1.00 2.18 I25L90-2.0D-GX16-2 GX16-2..1.20 2.58 I25L90-2.0D-GX16-2 GX16-2..0.80 1.78 I25R90-2.0D-GX16-2 GX16-2..1.00 2.18 I25R90-2.0D-GX16-2 GX16-2..1.20 2.58 I25R90-2.0D-GX16-2 GX16-2..R0.80 1.78 I32R90-2.0D-GX16-2 GX16-2..1.00 2.18 I32R90-2.0D-GX16-2 GX16-2..1.20 2.58 I32R90-2.0D-GX16-2 GX16-2..0.80 1.78 I32L90-2.0D-GX16-2 GX16-2..1.00 2.18 L I32L90-2.0D-GX16-2 GX16-2..1.20 2.58 I32L90-2.0D-GX16-2 GX16-2..D r T max[mm] [mm] [mm]20.525.032.042.0L RType,description1.50 5.5 R I16R90-2.0D-GX16-2 GX16-2..1.50 5.5 L I16L90-2.0D-GX16-2 GX16-2..1.50 5.5 R I20R90-2.0D-GX16-2 GX16-2..1.50 5.5 L I20L90-2.0D-GX16-2 GX16-2..2.50 10.0 I25R90-2.0D-GX16-3 GX16-3..2.00 10.0 R I25R90-2.0D-GX16-3 GX16-3..1.50 8.0 I25R90-2.0D-GX16-2 GX16-2..1.50 8.0 I25L90-2.0D-GX16-2 GX16-2..2.00 10.0 L I25L90-2.0D-GX16-3 GX16-3..2.50 10.0 I25L90-2.0D-GX16-3 GX16-3..2.50 11.0 I32R90-2.0D-GX16-3 GX16-3..2.00 11.0 R I32R90-2.0D-GX16-3 GX16-3..1.50 11.0 I32R90-2.0D-GX16-2 GX16-2..1.50 11.0 I32L90-2.0D-GX16-2 GX16-2..2.00 11.0 L I32L90-2.0D-GX16-3 GX16-3..2.50 11.0 I32L90-2.0D-GX16-3 GX16-3..B64-B68GXB70-B71Attention:When using right-hand or left-hand inserts, the toolrequires modification to prevent the insert fouling.B70

Radius grooves – internalMonobloc boring bars – GXGX24GX24T maxT maxB4-B22ØDrD48C12ØDrD48C12D r T max[mm] [mm] [mm]42 1.5011.0LRType,descriptionI32R90-2.0D-GX24-2GX24-2..42 2.00 I32R90-2.0D-GX24-3 GX24-3..R42 2.50 I32R90-2.0D-GX24-3 GX24-3..47 3.00 17.5 I32R90-2.0D-GX24-4 GX24-4..42 1.50I32L90-2.0D-GX24-2 GX24-2..42 2.00 11.0 I32L90-2.0D-GX24-3 GX24-3..L42 2.50 I32L90-2.0D-GX24-3 GX24-3..47 3.00 17.5 I32L90-2.0D-GX24-4 GX24-4..D r T max[mm] [mm] [mm]53 2.0012.0L RType,descriptionI40R90-2.0D-GX24-3GX24-3..53 2.50 R I40R90-2.0D-GX24-3 GX24-3..57 3.00 17.5 I40R90-2.0D-GX24-4 GX24-4..53 2.00I40L90-2.0D-GX24-3 GX24-3..12.053 2.50 L I40L90-2.0D-GX24-3 GX24-3..57 3.00 17.5 I40L90-2.0D-GX24-4 GX24-4..B24-B34B36-B51B52-B71B72-B80B82-B87B88-B95B96-B103B104-B109B71

Axial groovingOverview – modular structureShanks 0° Shanks 90°h / b16/16 - 32/32h / b20/20 - 32/32UTS 0° UTS 90°d A d Ad A = 40 - 63d A = 40 - 63HSK-T 0° HSK-T 90°d A d Ad A = 63 - 100 d A = 63 - 100bAX 0° monoblocbAX 90° monoblocsT maxhh / b16/16 - 25/25s = 3T max = 5 - 15T maxhsh / b16/16 - 25/25s = 3T max = 5 - 15B72

GX axial short GX axial long AXsDT maxs = 2,76 - 6,5T max = 14 - 15D = 50 - 900s = 3.76 - 6.5T max = 21 - 25D = 50 - 300s = 3T max = 5 - 15B4-B22GX axial short GX axial long AXsDT maxs = 2,76 - 6,5T max = 14 - 15D = 50 - 900s = 3.76 - 6.5T max = 21 - 25D = 50 - 300s = 3T max = 5 - 15B24-B34GX axial shortB36-B51sDT maxs = 2,76 - 6,5T max = 14 - 15D = 50 - 900B52-B71B72-B80B82-B87B88-B95B96-B102B104-B109B73

Axial groovingShanks – AXGX / AX0°BGR E16B74-B79GX / AXb h[mm] [mm]16 16RLType,descriptionMSS-E16R00-1616GMSS-E16L00-1616GD4B76-B79GXB79AXAXT maxD16B80L Rs D min T max Type,[mm] [mm] [mm]description3.0 10 5R MSS-E16R05-AX05 AX05..L MSS-E16L05-AX05 AX05..C13B74 B74

Axial groovingShanks – GX/AX0° 90°BGR E20B4-B22D4D5b[mm]20hType,[mm]description16MSS-E20R00-1620GR20 MSS-E20R00-2020J16MSS-E20L00-1620GL20 MSS-E20L00-2020Jb h[mm] [mm]20 20RLType,descriptionMSS-E20R90-2020JMSS-E20L90-2020JB24-B34B36-B51GX24 axial shortB52-B71T maxs D minL RD13-D14C6+C12B72-B80s min s max T max D min D max Type,[mm] [mm] [mm] [mm] [mm]description50 70MSS-E20R14-GX24-2 A50-70GX24-2..70 100 R MSS-E20R14-GX24-2 A70-100 GX24-2..2.76 3.75 14100 150 MSS-E20R14-GX24-2 A100-150 GX24-2..50 70MSS-E20L14-GX24-2 A50-70GX24-2..70 100 L MSS-E20L14-GX24-2 A70-100 GX24-2..100 150 MSS-E20L14-GX24-2 A100-150 GX24-2..B82-B87AXB88-B95T maxD16B96-B102L Rs D min T max Type,[mm] [mm] [mm]description10 5MSS-E20R05-AX05AX05..20 10 R MSS-E20R10-AX10 AX10..3.030 15 MSS-E20R15-AX15 AX15..10 5MSS-E20L05-AX05AX05..20 10 L MSS-E20L10-AX10 AX10..30 15 MSS-E20L15-AX15 AX15..C13B104-B109B75 B75

GX / AXAxial groovingShanks – UTS – GX0° 90°BGR E25d Ad AB74-B79GX / AXB76-B79b h d A[mm] [mm] [mm]25 2525 25D4Type,descriptionMSS-E25R00-2525L40 UT40-MSS-E25R00R50 UT50-MSS-E25R0063 UT63-MSS-E25R00MSS-E25L00-2525L40 UT40-MSS-E25L00L50 UT50-MSS-E25L0063 UT63-MSS-E25L00D56b h d A[mm] [mm] [mm]25 2525 25D5Type,descriptionMSS-E25R90-2525L40 R UT40-MSS-E25R9050 UT50-MSS-E25R90MSS-E25L90-2525L40 L UT40-MSS-E25L9050 UT50-MSS-E25L90D57GXB79GX24 axial shortAXT maxs D minL RD13-D14B80s min s max T max D min D max Type,[mm] [mm] [mm] [mm] [mm]description2.76 3.7550 70MSS-E25R15-GX24-2 A50-70GX24-2..2.76 3.75 70 100 MSS-E25R15-GX24-2 A70-100 GX24-2..2.76 3.75 100 150 MSS-E25R15-GX24-2 A100-150 GX24-2..3.76 5.00 50 70 MSS-E25R15-GX24-3 A50-70 GX24-3..3.76 5.00 70 100 MSS-E25R15-GX24-3 A70-100 GX24-3..3.76 5.00 100 150 R MSS-E25R15-GX24-3 A100-150 GX24-3..3.76 5.00 150 300 MSS-E25R15-GX24-3 A150-300 GX24-3..5.01 6.50 50 70 MSS-E25R15-GX24-4 A50-70 GX24-4..5.01 6.50 70 100 MSS-E25R15-GX24-4 A70-100 GX24-4..5.01 6.50 100 150 MSS-E25R15-GX24-4 A100-150 GX24-4..5.01 6.50 150 300 MSS-E25R15-GX24-4 A150-300 GX24-4..152.76 3.75 50 70MSS-E25L15-GX24-2 A50-70GX24-2..2.76 3.75 70 100 MSS-E25L15-GX24-2 A70-100 GX24-2..2.76 3.75 100 150 MSS-E25L15-GX24-2 A100-150 GX24-2..3.76 5.00 50 70 MSS-E25L15-GX24-3 A50-70 GX24-3..3.76 5.00 70 100 MSS-E25L15-GX24-3 A70-100 GX24-3..3.76 5.00 100 150 L MSS-E25L15-GX24-3 A100-150 GX24-3..3.76 5.00 150 300 MSS-E25L15-GX24-3 A150-300 GX24-3..5.01 6.50 50 70 MSS-E25L15-GX24-4 A50-70 GX24-4..5.01 6.50 70 100 MSS-E25L15-GX24-4 A70-100 GX24-4..5.01 6.50 100 150 MSS-E25L15-GX24-4 A100-150 GX24-4..5.01 6.50 150 300 MSS-E25L15-GX24-4 A150-300 GX24-4..C6+C12B76 B76

Axial groovingShanks – UTS – GX0° 90°BGR E25d Ad AB4-B22D4D56D5D57b h d A[mm] [mm] [mm]25 2525 25Type,descriptionMSS-E25R00-2525L40 UT40-MSS-E25R00R50 UT50-MSS-E25R0063 UT63-MSS-E25R00MSS-E25L00-2525L40 UT40-MSS-E25L00L50 UT50-MSS-E25L0063 UT63-MSS-E25L00b h d A[mm] [mm] [mm]25 2525 25Type,descriptionMSS-E25R90-2525L40 R UT40-MSS-E25R9050 UT50-MSS-E25R90MSS-E25L90-2525L40 L UT40-MSS-E25L9050 UT50-MSS-E25L90B24-B34B36-B51GX24 axial longB52-B71T maxD15C6+C12B72-B80L Rs min s max T max D min D max Type,[mm] [mm] [mm] [mm] [mm]description3.76 5.0050 70MSS-E25R21-GX24-3 AS50-70GX24-3..3.76 5.00 70 100 MSS-E25R21-GX24-3 AS70-100 GX24-3..213.76 5.00 100 150 MSS-E25R21-GX24-3 AS100-150 GX24-3..3.76 5.00 150 300 MSS-E25R21-GX24-3 AS150-300 GX24-3..R5.01 6.5050 70 MSS-E25R25-GX24-4 AS50-70 GX24-4..5.01 6.50 70 100 MSS-E25R25-GX24-4 AS70-100 GX24-4..255.01 6.50 100 150 MSS-E25R25-GX24-4 AS100-150 GX24-4..5.01 6.50 150 300 MSS-E25R25-GX24-4 AS150-300 GX24-4..3.76 5.0050 70MSS-E25L21-GX24-3 AS50-70GX24-3..3.76 5.00 70 100 MSS-E25L21-GX24-3 AS70-100 GX24-3..213.76 5.00 100 150 MSS-E25L21-GX24-3 AS100-150 GX24-3..3.76 5.00 150 300 MSS-E25L21-GX24-3 AS150-300 GX24-3..L5.01 6.5050 70 MSS-E25L25-GX24-4 AS50-70 GX24-4..5.01 6.50 70 100 MSS-E25L25-GX24-4 AS70-100 GX24-4..255.01 6.50 100 150 MSS-E25L25-GX24-4 AS100-150 GX24-4..5.01 6.50 150 300 MSS-E25L25-GX24-4 AS150-300 GX24-4..B82-B87B88-B95B96-B102B104-B109B77 B77

GX / AXAxial groovingShanks – UTS – AX0° 90°BGR E25d Ad AB74-B79GX / AXB76-B79b h d A[mm] [mm] [mm]25 2525 25D4Type,descriptionMSS-E25R00-2525L40 UT40-MSS-E25R00R50 UT50-MSS-E25R0063 UT63-MSS-E25R00MSS-E25L00-2525L40 UT40-MSS-E25L00L50 UT50-MSS-E25L0063 UT63-MSS-E25L00D56b h d A[mm] [mm] [mm]25 2525 25D5Type,descriptionMSS-E25R90-2525L40 R UT40-MSS-E25R9050 UT50-MSS-E25R90MSS-E25L90-2525L40 L UT40-MSS-E25L9050 UT50-MSS-E25L90D57GXB79AXAXT maxs D minL RD16B80s D min T max Type,[mm] [mm] [mm]description10 5MSS-E25R05-AX05AX05..20 10 R MSS-E25R10-AX10 AX10..3.030 15 MSS-E25R15-AX15 AX15..10 5MSS-E25L05-AX05AX05..20 10 L MSS-E25L10-AX10 AX10..30 15 MSS-E25L15-AX15 AX15..C13B78 B78

Axial groovingShanks – UTS – GX160° 90°BGR E32d Ad AB4-B22D4D56+D60D5D57+D61b h d A[mm] [mm] [mm]25 32Type,descriptionMSS-E32R00-3225N32 32 MSS-E32R00-3232Q50 UT50-MSS-E32R00R63 UT63-MSS-E32R0063 HSK-T63-MSS-E32R00100 HSK-T100-MSS-E32R0025 32MSS-E32L00-3225N32 32 MSS-E32L00-3232Q50 UT50-MSS-E32L00L63 UT63-MSS-E32L0063 HSK-T63-MSS-E32L00100 HSK-T100-MSS-E32L00b h d A[mm] [mm] [mm]25 32Type,descriptionMSS-E32R90-3225N32 32 MSS-E32R90-3232R63 R UT63-MSS-E32R9063 HSK-T63-MSS-E32R90100 HSK-T100-MSS-E32R9025 32MSS-E32L90-3225N32 32 MSS-E32L90-3232R63 L UT63-MSS-E32L9063 HSK-T63-MSS-E32L90100 HSK-T100-MSS-E32L90B24-B34B36-B51GX24 axial shortB52-B71T maxs D minL RD13-D14C6+C12B72-B80s min s max T max D min D max Type,[mm] [mm] [mm] [mm] [mm]description3.76 5.0070 100MSS-E32R15-GX24-3 A70-100GX24-3..3.76 5.00 100 150 MSS-E32R15-GX24-3 A100-150 GX24-3..3.76 5.00 150 300 MSS-E32R15-GX24-3 A150-300 GX24-3..5.01 6.50 70 100 R MSS-E32R15-GX24-4 A70-100 GX24-4..5.01 6.50 100 150 MSS-E32R15-GX24-4 A100-150 GX24-4..5.01 6.50 150 300 MSS-E32R15-GX24-4 A150-300 GX24-4..5.01 6.50 300 900 MSS-E32R15-GX24-4 A300-900 GX24-4..153.76 5.00 70 100MSS-E32L15-GX24-3 A70-100GX24-3..3.76 5.00 100 150 MSS-E32L15-GX24-3 A100-150 GX24-3..3.76 5.00 150 300 MSS-E32L15-GX24-3 A150-300 GX24-3..5.01 6.50 70 100 L MSS-E32L15-GX24-4 A70-100 GX24-4..5.01 6.50 100 150 MSS-E32L15-GX24-4 A100-150 GX24-4..5.01 6.50 150 300 MSS-E32L15-GX24-4 A150-300 GX24-4..5.01 6.50 300 900 MSS-E32L15-GX24-4 A300-900 GX24-4..B82-B87B88-B95B96-B102B104-B109B79 B79

Axial groovingMonobloc tools – AXGX / AXAX – 0°bB74-B79GX / AXB76-B79GXsT maxhD minb h s D min T max Type,[mm] [mm] [mm] [mm] [mm]description16 1610 5E16R0005-1616L-AX05AX05..R20 10 E16R0010-1616L-AX10 AX10..10 5E16L0005-1616L-AX05AX05..L20 10 E16L0010-1616L-AX10 AX10..10 5E20R0005-2020L-AX05AX05..20 10 R E20R0010-2020L-AX10 AX10..30 15 E20R0015-2020L-AX15 AX15..20 2010 5E20L0005-2020L-AX05AX05..3.020 10 L E20L0010-2020L-AX10 AX10..30 15 E20L0015-2020L-AX15 AX15..10 5E25R0005-2525N-AX05AX05..20 10 R E25R0010-2525N-AX10 AX10..25 2530 15 E25R0015-2525N-AX15 AX15..10 5E25L0005-2525N-AX05AX05..20 10 L E25L0010-2525N-AX10 AX10..30 15 E25L0015-2525N-AX15 AX15..LRD25C13B79AXAX – 90°bhB80T maxsD minD26C13b h s D min T max Type,[mm] [mm] [mm] [mm] [mm]description16 1610 5E16R9005-1616J-AX05AX05..R20 10 E16R9010-1616J-AX10 AX10..10 5E16L9005-1616J-AX05AX05..L20 10 E16L9010-1616J-AX10 AX10..10 5E20R9005-2020J-AX05AX05..20 10 R E20R9010-2020J-AX10 AX10..30 15 E20R9015-2020J-AX15 AX15..20 2010 5E20L9005-2020J-AX05AX05..3.020 10 L E20L9010-2020J-AX10 AX10..30 15 E20L9015-2020J-AX15 AX15..10 5E25R9005-2525L-AX05AX05..20 10 R E25R9010-2525J-AX10 AX10..25 2530 15 E25R9015-2525L-AX15 AX15..10 5E25L9005-2525L-AX05AX05..20 10 L E25L9010-2525J-AX10 AX10..30 15 E25L9015-2525L-AX15 AX15..L RB80

B81

External recessingOverview – modular structurebShanks 45°hh / b20/20 - 25/25d AUTS 45°d A = 40B82

srGX16D min= 35mmT maxT maxD min= 35mms = 1,0 - 6,0r = 0,8 - 3,0T max = 1,14 - 3,0B4-B22srGX16B24-B34D min= 35mmT maxT maxD min= 35mms = 1,0 - 6,0r = 0,8 - 3,0T max = 1,14 - 3,0B36-B51B52-B71B72-B80B82-B87B88-B95B96-B102B104-B109B83

External recessingShanks – GX16GX45°bBGR E20hB84-B87GXb h[mm] [mm]20 20RLType,descriptionMSS-E20R45-2020JMSS-E20L45-2020JD6B86-B87GX16GX16ssT maxD min= 35mmD12C9T maxD min= 35mmD12C9L Rs T maxType,[mm] [mm] description1.00 1.14 MSS-E20R03-GX16-2 GX16-2.. R/L1.20 1.34 MSS-E20R03-GX16-2 GX16-2.. R/L1.40 1.53 MSS-E20R03-GX16-2 GX16-2.. R/LR1.70 1.82 MSS-E20R03-GX16-2 GX16-2.. R/L1.95 2.07 MSS-E20R03-GX16-2 GX16-2.. R/L2.25 2.36 MSS-E20R03-GX16-2 GX16-2.. R/L1.00 1.14 MSS-E20L03-GX16-2 GX16-2.. R/L1.20 1.34 MSS-E20L03-GX16-2 GX16-2.. R/L1.40 1.53 MSS-E20L03-GX16-2 GX16-2.. R/LL1.70 1.82 MSS-E20L03-GX16-2 GX16-2.. R/L1.95 2.07 MSS-E20L03-GX16-2 GX16-2.. R/L2.25 2.36 MSS-E20L03-GX16-2 GX16-2.. R/LL Rs T maxType,[mm] [mm] description3.00MSS-E20L03-GX16-2 GX16-2..3.25 MSS-E20L03-GX16-2 GX16-2..3.50 MSS-E20L03-GX16-2 GX16-2..4.00 L MSS-E20L03-GX16-2 GX16-2..4.25 MSS-E20L03-GX16-2 GX16-2..4.50 MSS-E20L03-GX16-2 GX16-2..5.00 MSS-E20L03-GX16-2 GX16-2..33.00MSS-E20R03-GX16-2 GX16-2..3.25 MSS-E20R03-GX16-2 GX16-2..3.50 MSS-E20R03-GX16-2 GX16-2..4.00 R MSS-E20R03-GX16-2 GX16-2..4.25 MSS-E20R03-GX16-2 GX16-2..4.50 MSS-E20R03-GX16-2 GX16-2..5.00 MSS-E20R03-GX16-2 GX16-2..B84 B84

External recessingShanks – GX1645°bBGR E20hB4-B22D6b h[mm] [mm]20 20RLType,descriptionMSS-E20R45-2020JMSS-E20L45-2020JB24-B34B36-B51GX16GX16B52-B71rrT maxD min= 35mmD12C11T maxD min= 35mmD9C11B72-B80L Rr T maxType,[mm] [mm] description0.80 1.78 MSS-E20R03-GX16-2 GX16-2.. R/L1.00 2.18 R MSS-E20R03-GX16-2 GX16-2.. R/L1.20 2.58 MSS-E20R03-GX16-2 GX16-2.. R/L0.80 1.78 MSS-E20L03-GX16-2 GX16-2.. R/L1.00 2.18 L MSS-E20L03-GX16-2 GX16-2.. R/L1.20 2.58 MSS-E20L03-GX16-2 GX16-2.. R/LL Rr T maxType,[mm] [mm] description1.50 12.00 MSS-E20R03-GX16-2 GX16-2..2.00 12.00 R MSS-E20R03-GX16-2 GX16-2..2.50 12.00 MSS-E20R03-GX16-2 GX16-2..1.50 12.00 MSS-E20L03-GX16-2 GX16-2..2.00 12.00 L MSS-E20L03-GX16-2 GX16-2..2.50 12.00 MSS-E20L03-GX16-2 GX16-2..B82-B87B88-B95B96-B102B104-B109B85 B85

External recessingShanks – UTS – GX16GX45°bd ABGR E25hB84-B87GXb h d A[mm] [mm] [mm]D6Type,description25 25 R MSS-E25R45-2525L25 25MSS-E25L45-2525LL40 UT40-MSS-E25L45D58B86-B87GX16GX16ssT maxD min= 35mmD12C9T maxD min= 35mmD9C9L Rs T maxType,[mm] [mm] description1.00 1.14 MSS-E25R03-GX16-2 GX16-2.. R/L1.20 1.34 MSS-E25R03-GX16-2 GX16-2.. R/L1.40 1.53 MSS-E25R03-GX16-2 GX16-2.. R/LR1.70 1.82 MSS-E25R03-GX16-2 GX16-2.. R/L1.95 2.07 MSS-E25R03-GX16-2 GX16-2.. R/L2.25 2.36 MSS-E25R03-GX16-2 GX16-2.. R/L1.00 1.14 MSS-E25L03-GX16-2 GX16-2.. R/L1.20 1.34 MSS-E25L03-GX16-2 GX16-2.. R/L1.40 1.53 MSS-E25L03-GX16-2 GX16-2.. R/LL1.70 1.82 MSS-E25L03-GX16-2 GX16-2.. R/L1.95 2.07 MSS-E25L03-GX16-2 GX16-2.. R/L2.25 2.36 MSS-E25L03-GX16-2 GX16-2.. R/LL Rs T maxType,[mm] [mm] description3.00MSS-E25R03-GX16-2 GX16-2..3.25 MSS-E25R03-GX16-2 GX16-2..3.50 MSS-E25R03-GX16-2 GX16-2..4.00 MSS-E25R03-GX16-2 GX16-2..4.25 R MSS-E25R03-GX16-2 GX16-2..4.50 MSS-E25R03-GX16-2 GX16-2..5.00 MSS-E25R03-GX16-2 GX16-2..5.25 MSS-E25R03-GX16-2 GX16-2..6.00 MSS-E25R03-GX16-2 GX16-2..33.00MSS-E25L03-GX16-2 GX16-2..3.25 MSS-E25L03-GX16-2 GX16-2..3.50 MSS-E25L03-GX16-2 GX16-2..4.00 MSS-E25L03-GX16-2 GX16-2..4.25 L MSS-E25L03-GX16-2 GX16-2..4.50 MSS-E25L03-GX16-2 GX16-2..5.00 MSS-E25L03-GX16-2 GX16-2..5.25 MSS-E25L03-GX16-2 GX16-2..6.00 MSS-E25L03-GX16-2 GX16-2..B86 B86

External recessingShanks – UTS – GX1645°bd ABGR E25hB4-B22D6D58b h d A[mm] [mm] [mm]Type,description25 25 R MSS-E25R45-2525L25 25MSS-E25L45-2525LL40 UT40-MSS-E25L45B24-B34B36-B51GX16GX16B52-B71rrT maxD min= 35mmD12C11T maxD min= 35mmD9C11B72-B80L Rr T maxType,[mm] [mm] description0.80 1.78 MSS-E25R03-GX16-2 GX16-2.. R/L1.00 2.18 R MSS-E25R03-GX16-2 GX16-2.. R/L1.20 2.58 MSS-E25R03-GX16-2 GX16-2.. R/L0.80 1.78 MSS-E25L03-GX16-2 GX16-2.. R/L1.00 2.18 L MSS-E25L03-GX16-2 GX16-2.. R/L1.20 2.58 MSS-E25L03-GX16-2 GX16-2.. R/LL Rr T maxType,[mm] [mm] description1.50MSS-E25R03-GX16-2 GX16-2..2.00 MSS-E25R03-GX16-2 GX16-2..R2.50 MSS-E25R03-GX16-2 GX16-2..3.00 MSS-E25R03-GX16-2 GX16-2..31.50MSS-E25L03-GX16-2 GX16-2..2.00 MSS-E25L03-GX16-2 GX16-2..L2.50 MSS-E25L03-GX16-2 GX16-2..3.00 MSS-E25L03-GX16-2 GX16-2..B82-B87B88-B95B96-B102B104-B109B87 B87

Grooving and turning – internalOverview – modular structureØd ABoring bars 1.5D Ød A Boring bars 2.5Dl2d A = 20 - 40l 2 = 24 - 60l2d A = 20 - 50l 2 = 40 - 100Ød AUTS boring barsl2d A = 40 - 63l 2 = 32 - 80Ød AGX09 monobloc boring barsl2ØDT maxsD = 16,0l 2 = 30d A = 16s = 2,0 - 3,75T max = 3,0Ød AGX16 monobloc boring barsl2ØDT maxsD = 20,5 - 42l 2 = 32 - 64d A = 16 - 32s = 2,0 - 5,0T max = 5,5 - 11Ød AGX24 monobloc boring barsl2ØDT maxsD = 42 - 57l 2 = 64 - 80d A = 32 - 40s = 2,76 - 6,5T max = 11 - 17,5B88

T maxGX09 GX16 GX24ØDsD = 20 - 32s = 2,0 - 3,75T max = 4 - 6D = 40 - 50s = 2,0 - 6,5T max = 9 - 10D = 60s = 3,0 - 6,0T max = 19B4-B22T maxGX09 GX16 GX24B24-B34ØDsD = 20 - 32s = 2,0 - 3,75T max = 4 - 6D = 40 - 50s = 2,0 - 6,5T max = 9 - 10D = 60s = 3,0 - 6,0T max = 19B36-B51B52-B71B72-B80B82-B87B88-B95B96-B102B104-B109B89

GXGX09Ød AØd AGrooving and turning – internalBoring bars – UTS – GXBGR I16B90-B94GXl2l2D40-D41l 2 d AType,[mm] [mm]description24 20MSS-I16R90-1.5D-N40 20 R MSS-I16R90-2.5D-N34 40 UT40-MSS-I16R90-2D24 20MSS-I16L90-1.5D-NL40 20 MSS-I16L90-2.5D-ND59B90-B94GXB95GX09T maxØDsD42C4+C10D min s min s max T max[mm] [mm] [mm] [mm]2.00 2.7520LRType,descriptionMSS-I16R04-GX09-1GX09-1..R2.76 3.75 MSS-I16R04-GX09-2 GX09-2..42.00 2.75MSS-I16L04-GX09-1 GX09-1..L2.76 3.75 MSS-I16L04-GX09-2 GX09-2..B90 B90

GX09Ød AØd AGrooving and turning – internalBoring bars – UTS – GXBGR I20l2l2D40-D41D59B4-B22l 2 d AType,[mm] [mm]description30 20MSS-I20R90-1.5D-N50 25 R MSS-I20R90-2.5D-N40 40 UT40-MSS-I20R90-2D30 20MSS-I20L90-1.5D-N50 25 L MSS-I20L90-2.5D-N40 40 UT40-MSS-I20L90-2DB24-B34B36-B51GX09B52-B71T maxØDsD42C4+C10B72-B80D min s min s max T max[mm] [mm] [mm] [mm]2.00 2.7525LRType,descriptionMSS-I20R05-GX09-1GX09-1..R2.76 3.75 MSS-I20R05-GX09-2 GX09-2..52.00 2.75MSS-I20L05-GX09-1 GX09-1..L2.76 3.75 MSS-I20L05-GX09-2 GX09-2..B82-B87B88-B95B96-B102B104-B109B91 B91

GXGX09Ød AØd AGrooving and turning – internalBoring bars – UTS – GXBGR I25B90-B94GXB90-B94l2l2D40-D41l 2 d AType,[mm] [mm]description38 25MSS-I25R90-1.5D-N63 32 MSS-I25R90-2.5D-NR50 40 UT40-MSS-I25R90-2D50 50 UT50-MSS-I25R90-2D38 25MSS-I25L90-1.5D-N63 32 L MSS-I25L90-2.5D-N50 40 UT40-MSS-I25L90-2DD59GXB95GX09T maxØDsD42C4+C10D min s min s max T max[mm] [mm] [mm] [mm]2.00 2.7532LRType,descriptionMSS-I25R06-GX09-1GX09-1..R2.76 3.75 MSS-I25R06-GX09-2 GX09-2..62.00 2.75MSS-I25L06-GX09-1 GX09-1..L2.76 3.75 MSS-I25L06-GX09-2 GX09-2..B92 B92

Grooving and turning – internalBoring bars – UTS – GXGX16 – right-handGX16 – left-handØd A Ød AØd A Ød ABGR I32B4-B22l2l2l2D40-D41D59l2D40-D41D59l 2 d AType,[mm] [mm]description48 32MSS-I32R90-1.5D-N80 40 MSS-I32R90-2.5D-NR64 40 UT40-MSS-I32R90-2D64 50 UT50-MSS-I32R90-2Dl 2 d AType,[mm] [mm]description48 32MSS-I32L90-1.5D-N80 40 MSS-I32L90-2.5D-NL64 40 UT40-MSS-I32L90-2D64 50 UT50-MSS-I32L90-2DB24-B34B36-B51GX16B52-B71T maxØDsD43C5+C11B72-B80D min s min s max T max[mm] [mm] [mm] [mm]2.00 2.7540LRType,descriptionMSS-I32R09-GX16-1GX16-1..2.76 3.75 MSS-I32R09-GX16-2 GX16-2..R3.76 5.00 MSS-I32R09-GX16-3 GX16-3..5.01 6.50 MSS-I32R09-GX16-4 GX16-4..92.00 2.75MSS-I32L09-GX16-1 GX16-1..2.76 3.75 MSS-I32L09-GX16-2 GX16-2..L3.76 5.00 MSS-I32L09-GX16-3 GX16-3..5.01 6.50 MSS-I32L09-GX16-4 GX16-4..B82-B87B88-B95B96-B102B104-B109B93 B93

GXØd A Ød AGrooving and turning – internalBoring bars – UTS – GXGX – right-handGX – left-handBGR I40l2B90-B94GXl2D40-D41l 2 d AType,[mm] [mm]description60 40MSS-I40R90-1.5D-N100 50 MSS-I40R90-2.5D-NR80 40 UT40-MSS-I40R90-2D80 63 UT63-MSS-I40R90-2DD59l 2 d AType,[mm] [mm]description60 40MSS-I40L90-1.5D-N100 50 MSS-I40L90-2.5D-NL80 40 UT40-MSS-I40L90-2D80 50 UT50-MSS-I40L90-2DB90-B94GXB95GX16GX24T maxT maxØDsD43ØDsD43C5+C11C6+C12D min s min s max T max[mm] [mm] [mm] [mm]2.00 2.7550LRType,descriptionMSS-I40R10-GX16-1GX16-1..2.76 3.75 MSS-I40R10-GX16-2 GX16-2..R3.76 5.00 MSS-I40R10-GX16-3 GX16-3..5.01 6.50 MSS-I40R10-GX16-4 GX16-4..102.00 2.75MSS-I40L10-GX16-1 GX16-1..2.76 3.75 MSS-I40L10-GX16-2 GX16-2..L3.76 5.00 MSS-I40L10-GX16-3 GX16-3..5.01 6.50 MSS-I40L10-GX16-4 GX16-4..L/N/RD min s min s max T max[mm] [mm] [mm] [mm]2.76 3.756019 NType,descriptionMSS-I40N19-GX24-2GX24-2..3.76 5.00 MSS-I40N19-GX24-3 GX24-3..5.01 6.50 MSS-I40N19-GX24-4 GX24-4..B94 B94

Grooving and turning – internalMonobloc boring bars – GXGX09 monobloc boring barsØd Al2ØDT maxsB4-B22D46C4+C10d A l 2 D s min s max T max[mm] [mm] [mm] [mm] [mm] [mm]16 30 16 0.60 3.75 3LRType,descriptionR I12R90-2.5D-GX09 GX09..L I12L90-2.5D-GX09 GX09..B24-B34GX16 monobloc boring barsØd AB36-B51l2T maxØDsd A l 2 D s min s max T max[mm] [mm] [mm] [mm] [mm] [mm]16 32 20.5 2.00 2.75 5.5L RType,descriptionI16R90-2.0D-GX16-1GX16-1..16 32 20.5 0.60 3.75 5.5 I16R90-2.0D-GX16-2 GX16-2..20 40 25.0 0.60 3.75 5.5 I20R90-2.0D-GX16-2 GX16-2..25 50 32.0 0.60 3.75 8.0 R I25R90-2.0D-GX16-2 GX16-2..25 50 32.0 3.76 5.00 10.0 I25R90-2.0D-GX16-3 GX16-3..32 64 42.0 0.60 3.75 11.0 I32R90-2.0D-GX16-2 GX16-2..32 64 42.0 3.76 5.00 11.0 I32R90-2.0D-GX16-3 GX16-3..16 32 20.5 2.00 2.75 5.5I16L90-2.0D-GX16-1GX16-1..16 32 20.5 0.60 3.75 5.5 I16L90-2.0D-GX16-2 GX16-2..20 40 25.0 0.60 3.75 5.5 I20L90-2.0D-GX16-2 GX16-2..25 50 32.0 0.60 3.75 8.0 L I25L90-2.0D-GX16-2 GX16-2..25 50 32.0 3.76 5.00 10.0 I25L90-2.0D-GX16-3 GX16-3..32 64 42.0 0.60 3.75 11.0 I32L90-2.0D-GX16-2 GX16-2..32 64 42.0 3.76 5.00 11.0 I32L90-2.0D-GX16-3 GX16-3..D47C5+C11B52-B71B72-B80B82-B87GX24 monobloc boring barsØd AB88-B95l2T maxØDsd A l 2 D s min s max T max[mm] [mm] [mm] [mm] [mm] [mm]32 64 42 2.76 3.75 11.0L RType,descriptionI32R90-2.0D-GX24-2GX24-2..32 64 42 3.76 5.00 11.0 I32R90-2.0D-GX24-3 GX24-3..32 64 47 5.01 6.50 17.5 R I32R90-2.0D-GX24-4 GX24-4..40 80 53 3.76 5.00 12.0 I40R90-2.0D-GX24-3 GX24-3..40 80 57 5.01 6.50 17.5 I40R90-2.0D-GX24-4 GX24-4..32 64 42 2.76 3.75 11.0I32L90-2.0D-GX24-2GX24-2..32 64 42 3.76 5.00 11.0 I32L90-2.0D-GX24-3 GX24-3..32 64 47 5.01 6.50 17.5 L I32L90-2.0D-GX24-4 GX24-4..40 80 53 3.76 5.00 12.0 I40L90-2.0D-GX24-3 GX24-3..40 80 57 5.01 6.50 17.5 I40L90-2.0D-GX24-4 GX24-4..D48C6+C12B96-B102B104-B109B95

lThread turningOverview – modular structureShanks 0° Shanks 90°h / b16/20 - 25/25h / b20/20 - 25/25UTS 0° UTS 90°d A d Ad A = 40 - 63 d A = 40 - 50bMonobloc tool holders 0°hPh / b12/12P = 0,5 - 3,0P = 48 - 8 TPIT max = 10Ød ABoring bars 1.5D Ød A Boring bars 2.5Dl2d A = 32l 2 = 48l2d A = 40l 2 = 80Ød AUTS boring barsl2d A = 40 - 50l 2 = 64Monobloc boring barsd AD minl2Pd A = 20 - 32l 2 = 32 - 50D = 20 - 32T max = 4,0 - 6,0P = 0,5 - 5,0mmP = 48 - 5 TPIdAUTS monobloc boring barsD2Pd A = 40l 2 = 32 - 50D = 20 - 32T max = 4,0 - 6,0P = 0,5 - 5,0mmP = 48 - 5 TPIB96

TC16PP = 0.5 - 5.0mmP = 48 - 5 TPIT max = 8.0 - 12B4-B22TC16B24-B34PP = 0.5 - 5.0mmP = 48 - 5 TPIT max = 8.0 - 12B36-B51B52-B71TC16D minPD = 40P = 0.5 - 5.0mmP = 48 - 5 TPIT max = 7.0B72-B80TC16B82-B87PDD = 40P = 0.5 - 5.0mmP = 48 - 5 TPIT max = 7.0B88-B95B96-B102B104-B109B97

TC16Thread turning – externalShanks – TC0° 90°BGR E20B98-B99TC16b[mm]20hType,[mm]description16MSS-E20R00-1620GR20 MSS-E20R00-2020J16MSS-E20L00-1620GL20 MSS-E20L00-2020JD4b h[mm] [mm]20 20RLType,descriptionMSS-E20R90-2020JMSS-E20L90-2020JD5B99TC16B100TC16TC16PD50C22-C26B101TC16L/N/RP min P max P min P max T max Type,[mm] [mm] [TPI] [TPI] [mm]description0.50 1.50 48 16 8 R MSS-E20R-TC16-1 TC16-1..1.75 3.00 14 8 12 N MSS-E20N-TC16-2 TC16-2..0.50 1.50 48 16 8 L MSS-E20L-TC16-1 TC16-1..B101TC16B102TC16Thread turningB102B98 B98

Thread turning – externalShanks – UTS – TC0° 90°BGR E25d Ad AB4-B22D4D56D5D57b h d A[mm] [mm] [mm]25 2525 25Type,descriptionMSS-E25R00-2525L40 UT40-MSS-E25R00R50 UT50-MSS-E25R0063 UT63-MSS-E25R00MSS-E25L00-2525L40 UT40-MSS-E25L00L50 UT50-MSS-E25L0063 UT63-MSS-E25L00b h d A[mm] [mm] [mm]25 2525 25Type,descriptionMSS-E25R90-2525L40 R UT40-MSS-E25R9050 UT50-MSS-E25R90MSS-E25L90-2525L40 L UT40-MSS-E25L9050 UT50-MSS-E25L90B24-B34B36-B51TC16B52-B71PD50C22-C26B72-B80L/N/RP min P max P min P max T max Type,[mm] [mm] [TPI] [TPI] [mm]description0.50 1.50 48 16 8MSS-E25R-TC16-1TC16-1..R1.75 3.00 14 8 10 MSS-E25R-TC16-2 TC16-2..3.50 5.00 7 5 12 N MSS-E25N-TC16-3 TC16-3..0.50 1.50 48 16 8MSS-E25L-TC16-1TC16-1..L1.75 3.00 14 8 10 MSS-E25L-TC16-2 TC16-2..B82-B87B88-B95B96-B102B104-B109Thread turningB99 B99

Thread turning – externalMonobloc tools – TCTC16TC16bhPB98-B99D51C22-C26TC16h b T max P min P max P min P max[mm] [mm] [mm] [mm] [mm] [TPI] [TPI]12 12 10 0.50 3.00 48 8LRType,descriptionR E12R00-1212-TC16 TC16-1/2..L E12L00-1212-TC16 TC16-1/2..B99TC16B100TC16B101TC16B101TC16B102TC16Thread turningB102B100

Thread turning – internalShanks – UTS – TCTC16BGR I32Ød AØd AB4-B22l2l2D40-D41D59l 2 d AType,[mm] [mm]description48 32MSS-I32R90-1.5D-N80 40 MSS-I32R90-2.5D-NR64 40 UT40-MSS-I32R90-2D64 50 UT50-MSS-I32R90-2D48 32MSS-I32L90-1.5D-N80 40 MSS-I32L90-2.5D-NL64 40 UT40-MSS-I32L90-2D64 50 UT50-MSS-I32L90-2DB24-B34B36-B51TC16B52-B71D minPD52C22-C26B72-B80D min T max P min P max P min P max[mm] [mm] [mm] [mm] [TPI] [TPI]0.50 1.50 48 1640 7L/N/RType,descriptionMSS-I32R-TC16-1TC16-1..R1.75 3.00 14 8 MSS-I32R-TC16-2 TC16-2..3.50 5.00 7 5 N MSS-I32N-TC16-3 TC16-3..0.50 1.50 48 16MSS-I32L-TC16-1TC16-1..L1.75 3.00 14 8 MSS-I32L-TC16-2 TC16-2..B82-B87B88-B95B96-B102B104-B109Thread turningB101 B101

lThread turning – internalMonobloc boring bars – UTS – TCTC16TC16dAd AD min2l2PPB98-B99DD53 C22-C26 D55 C22-C26TC16B99TC16D min l 2 d A T max P min P max P min P max[mm] [mm] [mm] [mm] [mm] [mm] [TPI] [TPI]LRType,description2032 20 4 0.50 3.00 48 8 R I16R90-2D-TC16 TC16-1/2..32 20 4 0.50 3.00 48 8 L I16L90-2D-TC16 TC16-1/2..2540 25 5 0.50 5.00 48 5 R I20R90-2D-TC16 TC16-..40 25 5 0.50 5.00 48 5 L I20L90-2D-TC16 TC16-..3250 32 6 0.50 5.00 48 5 R I25R90-2D-TC16 TC16-..50 32 6 0.50 5.00 48 5 L I25L90-2D-TC16 TC16-..20 32 40 4 0.50 3.50 48 8 R UT40-MSS-I16R90-2D-TC16 TC16-1/2..25 40 40 5 0.50 5.00 48 5 R UT40-MSS-I20R90-2D-TC16 TC16-..3250 40 6 0.50 5.00 48 5 R UT40-MSS-I25R90-2D-TC16 TC16-..50 40 6 0.50 5.00 48 5 L UT40-MSS-I25L90-2D-TC16 TC16-..B100TC16B101TC16B101TC16B102TC16Thread turningB102B102

B103

d AD Nd AD NØd A54 / 6854 / 68l2D GD GBoring bars 1.5D Ød A Boring bars 2.5Dd A = 32l 2 = 48d A = 40l 2 = 80- R1 3 / 4TC milling cuttersd A = 25 - 32DG = M16 - M80DG = R 5 / 8TC milling cuttersd A = 25 - 32DG = M27 - M80DG = R1 1 / 4Thread milling- R2 1 / 2Overview – modular structurel2B104

TC16D GD GDG = M82- M300DG = R2 3 / 4 - R6B4-B22B24-B34B36-B51B52-B71B72-B80B82-B87B88-B95B96-B102B104-B109B105

TC1690°Ød AThread milling – internalBoring bars – TCBGR I32B106+B108TC16l2d A l 2[mm] [mm]32 48Type,descriptionMSS-I32R90-1.5D-NR40 80 MSS-I32R90-2.5D-ND40-D41B107+B109TC16D minPD52C22-C26D min T max P min P max P min P max[mm] [mm] [mm] [mm] [TPI] [TPI]44597L/N/RType,description1.75 3.00 14 8 R MSS-I32R-TC16-2 TC16-2..3.50 5.00 7 5 N MSS-I32N-TC16-3 TC16-3..1.75 3.00 14 8 R MSS-I32R-TC16-2 TC16-2..3.50 5.00 7 5 N MSS-I32N-TC16-3 TC16-3..For further information onthread milling seeE33-E39B106 B106

Thread milling – internalThread milling cutters – TCd AD minl2PB4-B22D54C22-C26LRD N l 2 d A T max P min P max P min P max[mm] [mm] [mm] [mm] [mm] [mm] [TPI] [TPI]25 54 25 3.0I25R90-2D-TC16-WTC16-..0.50 5.00 28 5 R32 68 32 3.5 I32R90-2D-TC16-W TC16-..B24-B34B36-B51B52-B71B72-B80B82-B87B88-B95B96-B102B104-B109For further information onthread milling seeE33-E39B107

TC1690°Ød AThread milling – externalBoring bars – TCBGR E32B106+B108TC16l2d A l 2[mm] [mm]32 48Type,descriptionMSS-I32R90-1.5D-NR40 80 MSS-I32R90-2.5D-ND40-D41B107+B109TC16D minPD52C22-C26D min T max P min P max P min P max[mm] [mm] [mm] [mm] [TPI] [TPI]44597L/N/RType,description1.75 3.00 14 8 R MSS-I32R-TC16-2 TC16-2..3.50 5.00 7 5 N MSS-I32N-TC16-3 TC16-3..1.75 3.00 14 8 R MSS-I32R-TC16-2 TC16-2..3.50 5.00 7 5 N MSS-I32N-TC16-3 TC16-3..For further information onthread milling seeE33-E39B108 B108

Thread milling – externalThread milling cutters – TC90°d AD minl2PB4-B22D54C22-C26LRD N l 2 d A T max P min P max P min P max[mm] [mm] [mm] [mm] [mm] [mm] [TPI] [TPI]25 54 25 3.0I25R90-2D-TC16-WTC16-..0.50 5.00 28 5 R32 68 32 3.5 I32R90-2D-TC16-W TC16-..B24-B34B36-B51B52-B71B72-B80B82-B87B88-B95B96-B102B104-B109For further information onthread milling seeE33-E39B109

InsertsOverviewGX..EGX..SGX..RAXSXGX09s = 2,0 – 3,5GX09s = 0,6 – 3,25GX09s = 1,6 – 2,4s = 3,0s = 2,0 – 6,0C4C8C10C13C14GX16s = 2,0 – 6,0GX16s = 0,6 – 5,25GX16s = 1,6 – 6,0C5C9C11GX24s = 2,0 – 6,0GX24s = 3,0 – 8,0C6C12C2

InsertsOverviewLXFXPXMCTCs = 8,0 – 10,0s = 2,2 – 3,1s = 1,0 – 2,0MC05s = 1,0 – 1,5Partial profile60°internal and externalC15C16s = 4,1 – 9,7C18C20MC10s = 1,5 – 2,5C22Partial profile55°internal and externalC17C21C23Full profilemetr. 60°externalC24Full profilemetr. 60°internalC25Full profileWhitw. 55°internal and externalC26C3

Parting & grooving insertsSystem GX09Cutting width 2.00 - 3.50 mmGX09s = 2,0-3,5C4GX16s = 2,0-6,0-F2 EN -M40C5GX24s = 2,0-6,0C6L N RCTC1325SR127GM127SR735CTP1340GM740CTPP345s[mm]Type,descriptionl[mm]r[mm]a max[mm]GX09-1E2.00N0.20-F2F R R R R0.20 2.02.00 GX09-1E2.00N0.20 F R R R R 0.20 1.5GX09-1E2.00N0.20-M40 M R R R R R R 0.20 1.52.50GX09-1E2.50N0.20-F2 F R R R R 0.20 2.0GX09-1E2.50N0.20 F N R R R R 9.0 0.20 1.5GX09-2E3.00N0.30-F2 F R R R R 0.30 2.53.00 GX09-2E3.00N0.30 F R R R R 0.30 2.0GX09-2E3.00N0.30-M40 M R R R R R R 0.30 2.03.50 GX09-2E3.50N0.30 F R R R 0.30 2.0Steel RRRRRRRStainlessrrrrRRRCast iron R R RNon ferrous metals rHeat resistant r rHard materialsMain applicationExtended applicationInternational CERATIZIT range, for present availability see price listOrdering example: 10 pieces GX09-1E2.00N0.20-F2 CTC1325V C11000GX GX GX GXA66-A81 B2-B109 E18-E21 E5 D8 D22 D42 D46C4

Parting & grooving insertsSystem GX16Cutting width 2.0 - 6.0 mmGX..E-F2 EN -M40 -M1 -27PC4-C6GX..SL N RH216TCTC1325SR127GM127SR735CTP1340CTCP335GM740CTPP345s[mm]Type,descriptionl[mm]r[mm]a max[mm]GX16-1E2.00N0.20FR R R R R0.20 2.0GX16-1E2.00N0.20-F2 F R R R R 0.20 2.02.00 GX16-1E2.00N0.20-M40 M R R R R R R 0.20 2.0GX16-1E2.00N0.20-M1 M R R R 0.20 2.0GX16-1E2.00N0.20-27P M R 0.20 2.02.50 GX16-1E2.50N0.20 F R R R R R 0.20 2.0GX16-2E3.00N0.20-M1 M R R R 0.20 2.5GX16-2E3.00N0.30 F R R R R R 0.30 2.53.00GX16-2E3.00N0.30-F2 F R R R R 0.30 2.5GX16-2E3.00N0.30-27P M R 0.30 2.5GX16-2E3.00N0.30-M40 M R R R R R R 0.30 3.0GX16-2E3.00N0.50 F R R 0.50 2.53.50 GX16-2E3.50N0.30 F R R R R R 0.30 2.5GX16-3E4.00N0.30-M1 M R R R 0.30 3.0N16.0GX16-3E4.00N0.40 F R R R R R 0.40 3.04.00GX16-3E4.00N0.40-F2 F R R R R 0.40 3.0GX16-3E4.00N0.40-M40 M R R R R R R 0.40 3.5GX16-3E4.00N0.40-27P M R 0.40 3.0GX16-3E4.00N0.60 F R R 0.60 3.04.50 GX16-3E4.50N0.40 F R R 0.40 3.0GX16-3E5.00N0.40 F R R R R R 0.40 3.05.00GX16-3E5.00N0.40-F2 F R R R R 0.40 3.0GX16-3E5.00N0.40-M40 M R R R R R R 0.40 3.5GX16-3E5.00N0.60 F R R 0.60 3.06.00GX16-4E6.00N0.50 F R R R R 0.50 3.5GX16-4E6.00N0.50-27P M R 0.50 3.5GX16-4E6.00N0.50-M40 M R R R R R R 0.50 4.0GX16-4E6.00N0.80 F R R 0.80 3.5Steel RRRRRRRRStainless rrrrRrRRCast iron R R R R RNon ferrous metals R rHeat resistant r rHard materialsMain applicationExtended applicationInternational CERATIZIT range, for present availability see price listOrdering example: 10 pieces GX16-1E2.00N0.20 CTC1325C8-C9GX..RC10-C12AX..C13SX..C14LX..C15FX..C16-C17PX..C18MC..V C11000GX GX GX GXA66-A81 B2-B109 E18-E21 E5 D9 D23 D43 D47C20-C21TC..C22-C26C5

Parting & grooving insertsSystem GX24Cutting width 2.0 - 6.0 mmGX09s = 2,0-3,5C4GX16s = 2,0-6,0-F2 EN -M40 -M1 -27PC5GX24s = 2,0-6,0C6L N RH216TCTC1325SR127SR735GM40CTP1340CTCP335GM740CTPP345s[mm]Type,descriptionl[mm]r[mm]a max[mm]2.00 GX24-1E2.00N0.20-M1 MR R R R0.20 2.5GX24-2E3.00N0.20-M1 M R R R R 0.20 2.5GX24-2E3.00N0.30 F R R R R R 0.30 2.53.00 GX24-2E3.00N0.30-F2 F R R R R R R 0.30 2.5GX24-2E3.00N0.30-M40 M R R R R R 0.30 3.5GX24-2E3.00N0.30-27P M R 0.30 2.53.50 GX24-2E3.50N0.30-F2 F R R R 0.30 2.5GX24-3E4.00N0.30-M1 M R R R R 0.30 3.0GX24-3E4.00N0.40 F R R R R R 0.40 3.04.00 GX24-3E4.00N0.40-F2 F R R R R R R 0.40 3.0GX24-3E4.00N0.40-M40 M N R R R R R 24.0 0.40 4.0GX24-3E4.00N0.40-27P M R 0.40 3.04.50 GX24-3E4.50N0.40-F2 F R R R 0.40 3.0GX24-3E5.00N0.40 F R R R R R 0.40 3.05.00GX24-3E5.00N0.40-F2 F R R R R R R 0.40 3.0GX24-3E5.00N0.40-M40 M R R R R R 0.40 4.0GX24-3E5.00N0.40-27P M R 0.40 3.06.00GX24-4E6.00N0.50 F R R R R R 0.50 3.5GX24-4E6.00N0.50-F2 F R R R R R R 0.50 3.5GX24-4E6.00N0.50-M40 M R R R R 0.50 4.0GX24-4E6.00N0.50-27P M R 0.50 3.5Steel RRRRRRRRStainless rrrRRrRRCast ironRRRR RRNon ferrous metals R rHeat resistant R rHard materialsMain applicationExtended applicationInternational CERATIZIT range, for present availability see price listOrdering example: 10 pieces GX24-1E2.00N0.20-M1 CTPP345V C11000GX GX-A GX GX GX GXA66-A81 B2-B109 E18-E21 E5 D10 D13-D15 D24 D43 D48 D32C6

GX..EC4-C6GX..SC8-C9GX..RC10-C12AX..C13SX..C14LX..C15FX..C16-C17PX..C18MC..C20-C21TC..C22-C26C7

Parting & grooving insertsSystem GX09 for circlip groovesCutting width 0.6 - 3.25 mmGX16r = 0,8-3,0C8GX09s = 1,95-3,25ER-ELENC8GX16s = 0,6-2,25C9GX16s = 2,75-5,25C9L N RDIN 471-472s s 1 s 2 Type,l T max r a max[mm] [mm] [mm] description[mm] [mm] [mm] [mm]0.60 0.4 0.5GX09-1S0.60RR R RGX09-1S0.60L L R R0.750.80 0.6 0.7GX09-1S0.80R R R RGX09-1S0.80L L R R0.940.90 0.7 0.8GX09-1S0.90R R R RGX09-1S0.90L L R R1.041.00 0.8 0.9GX09-1S1.00R R R RGX09-1S1.00L L R R1.141.20 1.0 1.1GX09-1S1.20R R R RFGX09-1S1.20L L R R9.0 1.341.40 1.2 1.3GX09-1S1.40R R R RGX09-1S1.40L L R R1.531.70 1.5 1.6GX09-1S1.70R R R RGX09-1S1.70L L R R1.821.95 1.75 1.85 GX09-1S1.95N N R R2.25 2.00 2.15 GX09-1S2.25N N R R2.75 2.50 2.65 GX09-2S2.75N N R R7.00 0.10 2.03.25 3.00 3.15 GX09-2S3.25N N R RSteel R RStainless r RCast ironSR127CTP1340RNon ferrous metals rHeat resistant rHard materialsMain applicationExtended applicationInternational CERATIZIT range, for present availability see price list Ordering example: 10 pieces GX09-1S0.60R CTP1340DIN 471 - 472: DIN standard for circlip groovess: insert widths 1 : circlip widths 2 : standard groove width H13 (+0.14/0)V C11000GX GX GX GXA66-A81 B2-B109 E18-E21 E5 D11 D22 D44 D46C8

Parting & grooving insertsSystem GX16 for circlip groovesCutting width 0.6 - 5.25 mmGX..EER-ELENC4-C6GX..SL N RDIN 471-472s s 1 s 2 Type,l T max r a max[mm] [mm] [mm] description[mm] [mm] [mm] [mm]0.60 0.40 0.50GX16-2S0.60RR R RGX16-2S0.60L L R R0.750.80 0.60 0.70GX16-2S0.80R R R RGX16-2S0.80L L R R0.940.90 0.70 0.80GX16-2S0.90R R R RGX16-2S0.90L L R R1.041.00 0.80 0.90GX16-2S1.00R R R RGX16-2S1.00L L R R1.141.20 1.00 1.10GX16-2S1.20R R R RGX16-2S1.20L L R R1.341.40 1.20 1.30GX16-2S1.40R R R RFGX16-2S1.40L L R R16.0 1.531.70 1.50 1.60GX16-2S1.70R R R RGX16-2S1.70L L R R1.821.95 1.75 1.85GX16-2S1.95R R R RGX16-2S1.95L L R R2.072.25 2.00 2.15GX16-2S2.25R R R RGX16-2S2.25L L R R2.362.75 2.50 2.65 GX16-2S2.75N N R R0.10 3.03.25 3.00 3.15 GX16-2S3.25N N R R12.004.25 4.00 4.15 GX16-3S4.25N N R R3.50.205.25 5.00 5.15 GX16-4S5.25N N R R 4.0Steel R RStainless r RCast ironSR127CTP1340RNon ferrous metals rHeat resistant rHard materialsMain applicationExtended applicationInternational CERATIZIT range, for present availability see price list C8-C9GX..RC10-C12AX..C13SX..C14LX..C15FX..C16-C17PX..Ordering example: 5 pieces GX16-2S0.60R SR127C18MC..V C11000DIN 471 - 472: DIN standard for circlip groovess: insert widths 1 : circlip widths 2 : standard groove width H13 (+0.14/0)GX GX GX GXA66-A81 B2-B109 E18-E21 E5 D12 D23 D45 D47C20-C21TC..C22-C26C9

Parting & grooving insertsSystem GX09 for radius insertsCutting width 1.6 - 2.4 mmGX09r = 0,8-1,2C10GX16r = 0,8-3,0ER-ELENC11GX24r = 1,5-4,0C12L N RCTC1325SR127GM127r[mm]Type,descriptionl[mm]s[mm]T max[mm]a max[mm]GX09-1R0.80RR R R1.600.80F1.78GX09-1R0.80L L R R 1.609.01.00 GX09-1R1.00NN R R R 2.00M7.00 1.01.20 GX09-1R1.20N N R R R 2.40SteelStainlessCast ironNon ferrous metalsHeat resistantHard materialsRRRrrrRRMain applicationExtended applicationInternational CERATIZIT range, for present availability see price listOrdering example: 10 pieces GX09-1R0.80R SR127V C11000GX GX GX GXA66-A81 B2-B109 E18-E21 E5 D11 D22 D44 D46C10

Parting & grooving insertsSystem GX16 for radius insertsCutting width 1.6 - 6.0 mmGX..EER-EL EN -27PC4-C6GX..SL N RH216TCTC1325SR127GM127CTP1340r[mm]Type,descriptionl[mm]s[mm]T max[mm]a max[mm]0.80GX16-2R0.80RR R RGX16-2R0.80L L R R1.60 1.781.00GX16-2R1.00R R R RFGX16-2R1.00L L R R2.00 2.181.20GX16-2R1.20R R R RGX16-2R1.20L L R R2.40 2.581.50GX16-2R1.50NR R R R 16.06.00GX16-2R1.50N-27P R 3.001.52.00GX16-3R2.00N R R R R 6.00GX16-3R2.00N-27P M N R 4.0012.002.02.50GX16-3R2.50N R R R R 6.002.5GX16-3R2.50N-27P R 5.003.00 GX16-4R3.00N R R R R 6.00 3.0Steel RRRRStainless rrrRCast ironRRRNon ferrous metals R rHeat resistant rHard materialsMain applicationExtended applicationInternational CERATIZIT range, for present availability see price listOrdering example: 10 pieces GX16-2R0.80R CTC1325C8-C9GX..RC10-C12AX..C13SX..C14LX..C15FX..C16-C17PX..C18MC..V C11000GX GX GX GXA66-A81 B2-B109 E18-E21 E5 D12 D23 D45 D47C20-C21TC..C22-C26C11

Parting & grooving insertsSystem GX24 for radius insertsCutting width 3.0 - 8.0 mmGX09r = 0,8-1,2C10GX16r = 0,8-3,0-M3 -27PC11GX24r = 1,5-4,0C12AXs = 3,0C13L N RTSM20CTC1325SR127SR735r[mm]Type,descriptionl[mm]s[mm]a max[mm]1.50 GX24-2R1.50N-M3R R R 24.4 3.00 1.52.00 GX24-3R2.00N-M3 R R R 24.4 4.00 2.52.50 GX24-3R2.50N-M3M NR R R 24.4 5.00 3.03.00 GX24-4R3.00N-M3 R R R 24.4 6.00 4.03.00 GX24-4R3.00N-27P R 25.3 6.00 4.04.00 GX24-5R4.00N-27P R 25.3 8.00 4.0SteelStainlessRRRrrrCast iron RRRNon ferrous metals rHeat resistant RHard materialsMain applicationExtended applicationInternational CERATIZIT range, for present availability see price listOrdering example: 10 pieces GX24-2R1.50N-M3 SR127V C11000GX GX-A GX GX GX GXA66-A81 B2-B109 E18-E21 E5 D10 D13-D15 D24 D32 D43 D48C12

1Parting & grooving insertsSystem AXCutting width 3.0 mmGX..E-F50C4-C6GX..SL N RCTP1340s[mm]Type,descriptionl[mm]r[mm]a max[mm]AX05-E3.00N0.30-10-F50R 24.0 0.30 5.03.00 AX10-E3.00N0.30-20-F50 F N R 34.0 0.30 10.0AX15-E3.00N0.30-30-F50 R 44.0 0.30 15.0SteelStainlessCast ironNon ferrous metalsHeat resistantHard materialsMain applicationExtended applicationRRrrInternational CERATIZIT range, for present availability see price list10007°2,5°2,5°amaxrNsrlC8-C9GX..RC10-C12AX..C13SX..Ordering example: 3 pieces AX05-E3.00N0.30-10-F50 CTP1340(packaging unit 3 items)C14LX..C15FX..C16-C17PX..C18MC..AXAXC20-C21TC..V CA66-A81 B2-B109 E18-E21 E5 D16 D25-D2611000C22-C26C13

Parting & grooving insertsSystem SXCutting width 2.0 - 6.0 mmSX2,0-6,0C14SXr = 1,5-3,0-F2 -M2 -M3 -M1 -27PC14LXs = 8,0-10,0C15LXr = 4,0C15L N Rs Type,r a max K[mm] description[mm] [mm] [°]SX E2.00R6-M1 M R R R 0.20 6SX E2.00N0.20-F2FR R R R 0.20 1.5SX E2.00N0.20-M2 M R R R R R 0.20 1.52.00 SX E2.00N0.20-M1 M N R R R R R 0.20SX E2.00N0.20-27P M R 0.20 2.0SX E2.00N0.20-M1 MSX E2.00L6-M1 M L R R 0.20 6SX E3.00R6-M1 M R R R 0.20 6SX R1.50N-M3MR R 1.50 1.5SX E3.00N0.30-F2 F R R R R R R 0.30 2.03.00SX E3.00N0.30-M2 M R R R R R R 0.30 2.0NSX E3.00N0.20-M1 M R R R R R R 0.20SX E3.00N0.30-F2 FSX E3.00N0.30-27P M R 0.30 2.5SX E3.00L6-M1 M L R R 0.20 6SX E4.00R6-M1 M R R R 0.30 6SX R2.00N-M3MR R 2.00 2.0SX E4.00N0.40-F2 F R R R R 0.40 2.54.00 SX E4.00N0.40-M2 M N R R R R R R 0.40 2.5SX E4.00N0.30-M1 M R R R R R R 0.30SX E4.00N0.40-27P M R 0.40 3.0SX E4.00L6-M1 M L R R 0.30 6SX R2.50N-M3MR R 2.50 2.55.00 SX E5.00N0.40-M2 M R R R R 0.40 2.7SX E5.00N0.30-M1 MNR R 0.306.00H216TCTC1325SR735CTP1340CTCP335GM740CTPP345SX R3.00N-M3 M R 3.00 3.0SX E6.00N0.50-M2 M R R R R 0.50 3.0SX E6.00N0.40-M1 M R R 0.40Steel RRRRRRStainless rrRrRRCast ironRRRRRNon ferrous metals R rHeat resistant R rHard materialsr6°ra maxs s sR N Lrrsa maxMain applicationExtended applicationInternational CERATIZIT range, for present availability see price listOrdering example: 10 pieces SX E2.00R6-M1 CTC1325V C11000SX SX SXA66-A81 B2-B109 E18-E21 E5 D17 D27 D33-D35C14

1Parting & grooving insertsSystem LXCutting width 8.0 - 10.0 mmGX..E-M2 -M3C4-C6GX..SL N RCTC1325s[mm]Type,descriptionl[mm]r[mm]a max[mm]8.00LX R4.00N-M3R R R R4.00LX E8.00N0.80-M2 M N R R R R 19.00.805.010.00 LX E10.00N0.80-M2 R R R R 0.80SteelStainlessCast ironNon ferrous metalsHeat resistantHard materialsMain applicationExtended applicationSR127SR735CTCP335RRRRrrrrRRRRInternational CERATIZIT range, for present availability see price list10006°la maxar maxrrssC8-C9GX..RC10-C12AX..C13SX..Ordering example: 10 pieces LX R4.00N-M3 CTC1325C14LX..C15FX..C16-C17PX..C18MC..LXLXC20-C21TC..V CA66-A81 B2-B109 E18-E21 E5 D18 D3611000C22-C26C15

Parting & grooving insertsSystem FXCutting width 2.2 - 3.1 mmFXs = 2,2-3,1C16FXs = 4,1-9,7-F1 -M1 -R2 -27PC17L N Rs Type,r K[mm] description[mm] [°]FX 2.2R4-M1MR R R R R R R 0.10 4RFX 2.2R5-F1 F R R R R 0.15 5FX 2.2N0.10-M1MR R R R R R R R R 0.102.20 FX 2.2N0.10-27P M N R 0.10FX 2.2N0.15-F1 F R R R R R R 0.15FX 2.2L4-M1MR R R R R R R 0.10 4LFX 2.2L5-F1 F R R R R 0.15 5FX 3.1R5-F1FR R R R 0.20 5FX 3.1R6-M1 M R R R R R R R R 0.15 6FX 3.1R8-F1 M R R 0.20 8FX 3.1N0.15-M1MR R R R R R R R R 0.15FX 3.1N0.15-27P M R 0.153.10 FX 3.1N0.20-F1 F N R R R R R R 0.20FX 3.1N0.40-F1 F R R R R R R 0.40FX 3.1N0.40-R2 R R R R R R R 0.40FX 3.1L5-F1FR R R R 0.20 5LH216TS40TCTC1325SR127SR735GM40CTP1340CTCP335GM740CTPP345FX 3.1L6-M1 M R R R R R R R 0.15 6FX 3.1L8-F1 F R R 0.20 8Steel RRRRRRRRRStainless RrrrRRrRRCast iron R RRR RRNon ferrous metals R rHeat resistant R rHard materialsMain applicationExtended applicationInternational CERATIZIT range, for present availability see price listOrdering example: 10 pieces FX 2.2R4-M1 CTP1340V C11000FX FX FXA66-A81 B2-B109 E18-E21 E5 D19-D20 D28 D37C16

Parting & grooving insertsSystem FXCutting width 4.1 - 9.7 mmGX..E-F1 -M1 -R2 -R1 -27PC4-C6GX..SL N Rs Type,r K[mm] description[mm] [°]FX 4.1R5-F1FR R 0.20 5FX 4.1R6-M1 M R R R R R R R 0.20 6FX 4.1R8-F1 F R 0.20 8FX 4.1N0.20-F1FR R R R R R 0.20FX 4.1N0.20-M1 M R R R R R R R R R 0.204.10 FX 4.1N0.20-R1 R R 0.20NFX 4.1N0.50-F1 F R R R R 0.50FX 4.1N0.50-R2 R R R R R R R 0.50FX 4.1N0.15-27P M R 0.20FX 4.1L5-F1FR R 0.20 5LFX 4.1L6-M1 M R R R R R R 0.20 6FX 5.1R6-M1 M R R 0.25 65.10 FX 5.1N0.25-M1 M N R R R R R R R R R 0.25FX 5.1L6-M1 M L R R 0.25 6FX 6.5R4-R1 R R R 0.50 4FX 6.5N0.30-M1MR R R R R R R 0.306.50FX 6.5N0.30-R1 R R 0.30NFX 6.5N0.50-R1 R R 0.50FX 6.5N0.80-R1 R R 0.80FX 6.5L6-M1 M L R R 0.30 68.20 FX 8.2N0.40-M1 MR R R R R R 0.40N9.70 FX 9.7N0.40-M1 M R R R R R 0.40H216TS40TCTC1325SR127SR735GM40CTP1340CTCP335GM740CTPP345Steel RRRRRRRRRStainless RrrrRRrRRCast iron R RRR RRNon ferrous metals R rHeat resistant R rHard materialsMain applicationExtended applicationInternational CERATIZIT range, for present availability see price listC8-C9GX..RC10-C12AX..C13SX..C14LX..C15FX..C16-C17PX..Ordering example: 5 pieces FX 4.1R5-F1 GM740C18MC..V C11000FX FX FXA66-A81 B2-B109 E18-E21 E5 D19-D20 D28 D37C20-C21TC..C22-C26C17

Parting & grooving insertsSystem PXCutting width 1.0 - 2.0 mmPXs = 1,0-2,0C18L N Rs Type,l r K[mm] description[mm] [mm] [°]PX20-1E1.00L05-F3 F L R 20.0 0.08 51.00 PX20-1E1.00N0.10-F3 F N R 20.0 0.10PX20-1E1.00R05-F3 F R R 20.0 0.08 5PX20-2E1.50L05-F3 F L R 20.3 0.08 51.50 PX20-2E1.50N0.10-F3 F N R 20.3 0.10PX20-2E1.50R05-F3 F R R 20.3 0.08 5PX20-3E2.00L05-F3 F N R 20.3 0.08 52.00 PX20-3E2.00N0.15-F3 F L R 20.3 0.15PX20-3E2.00R05-F3 F R R 20.3 0.08 5Steel RlStainless RCast ironNon ferrous metals rHeat resistant rHard materialsssCTP1340rR7°K°rNrK°sLrMain applicationExtended applicationInternational CERATIZIT range, for present availability see price listOrdering example: 10 pieces PX20-1E1.00L05-F3 CTP1340V CA66-A81 B2-B109 E18-E21 E5 D2911000PXC18

GX..EC4-C6GX..SC8-C9GX..RC10-C12AX..C13SX..C14LX..C15FX..C16-C17PX..C18MC..C20-C21TC..C22-C26C19

sMaxiClickSystem MCParting and grooving depth 5 mmMCs = 1.0-1.5C20MCs = 1,5-2,5-F2C21L N RSR735CTP1340s Type,l r K a max T max[mm] description[mm] [mm] [°] [mm] [mm]MC 05-5-1.00R07-F2R R R71.00 MC 05-5-1.00N0.10-F2 N R R 0.5MC 05-5-1.00L07-F2 L R R 7F59.2 0.10MC 05-5-1.50R07-F2 R R R 75.001.50 MC 05-5-1.50N0.10-F2 N R R 0.7MC 05-5-1.50L07-F2 L R R 7Steel RRTmaxStainless rRCast ironRNon ferrous metals rHeat resistant rHard materialsMain applicationExtended applicationInternational CERATIZIT range, for present availability see price listOrdering example: 3 pieces MC 05-5-1.00R07-F2 SR73511°rramax2°2°N rKlR/L (packaging unit 3 items)V C11000MaxiClickA66-A81 B2-B109 E18-E21 E5 D30C20

MaxiClickInsertsParting and grooving depth 10 mmGX..E-F2 -F3 -27PC4-C6GX..SL N RCTW7120SR735CTP1340s Type,l r K a max T max[mm] description[mm] [mm] [°] [mm] [mm]MC 10-4-1.50R07-F2FR R7RMC 10-4-1.50R12-F3 F R 121.50MC 10-4-1.50N0.10-F2FR R 1.0NMC 10-4-1.50N0.10-27P M R 1.0MC 10-4-1.50L07-F2FR 7LMC 10-4-1.50L12-F3 F R 12MC 10-4-2.00R07-F2FR R 7RMC 10-4-2.00R12-F3 F R 122.00MC 10-4-2.00N0.10-F2FR R 1.2N59.2 0.10MC 10-4-2.00N0.10-27P M R 1.210.00MC 10-4-2.00L07-F2FR R 7LMC 10-4-2.00L12-F3 F R 12MC 10-4-2.50R07-F2FR R 7RMC 10-4-2.50R12-F3 F R 122.50MC 10-4-2.50N0.10-F2FR R 1.5NMC 10-4-2.50N0.10-27P M R 1.5MC 10-4-2.50L07-F2FR R 7LMC 10-4-2.50L12-F3 F R 12Steel RRStainlessrrRCast iron RNon ferrous metals R rHeat resistant r rHard materialsMain applicationExtended applicationInternational CERATIZIT range, for present availability see price listOrdering example: 3 pieces MC 10-4-1.50R07-F2 CTP1340(packaging unit 3 items) C8-C9GX..RC10-C12AX..C13SX..C14LX..C15FX..C16-C17PX..C18MC..V C11000MaxiClickA66-A81 B2-B109 E18-E21 E5 D31C20-C21TC..C22-C26C21

TC threading insertsPartial profile 60° – external and internalPitch P: 0.5 - 5.0 mm, 48 - 5 TPIPartialprofile60°C22Partialprofile55°EN -27PC23Fullprofilemetr. 60°C24-C25Full profileWhitw.55°C26Pitch PP min[mm]P max[mm]P min[TPI]P max[TPI]Type,descriptionl[mm]H[mm]r[mm]y[mm]0.50 1.50 48 16TC16-1 EI-A60 R RTC16-1 EI-A60-27P R1.28 0.05 1.05TC16-2 EI-G60 R R1.75142.49 0.15TC16-2 EI-G60-27P R3.00816.0TC16-2 EI-AG60 R R0.50 482.58 0.05TC16-2 EI-AG60-27P R2.153.50 5.00 7 5TC16-3 EI-N60 R RTC16-3 EI-N60-27P4.11 0.25 3.10H216TGM213GM240RSteel RRStainless rRCast iron RrNon ferrous metals RHeat resistantHard materialsMain applicationExtended applicationInternational CERATIZIT range, for present availability see price listOrdering example: 10 pieces TC16-1 EI-A60 GM213V C11000TC TC TC TC TC-F UTS-TCA66-A81 B2-B109 E40-E41 E5 D50 D51 D52 D53 D54 D55C22

TC threading insertsPartial profile 55° – internal and externalPitch P: 0.5 - 5.0 mm, 48 - 5 TPIGX..EENC4-C6GX..SPitch PP min[mm]P max[mm]P min[TPI]P max[TPI]Type,descriptionl[mm]H[mm]r[mm]y[mm]0.50 1.50 48 16 TC16-1 EI-A55 R R1.39 0.12 1.051.7514TC16-2 EI-G55 R R 2.78 0.23 2.153.00816.00.50 48 TC16-2 EI-AG55 R R 2.92 0.12 2.153.50 5.00 7 5 TC16-3 EI-N55 R R 4.34 0.46 3.10Steel RRStainless rRCast iron rNon ferrous metalsHeat resistantHard materialsMain applicationExtended applicationInternational CERATIZIT range, for present availability see price listGM213GM240C8-C9GX..RC10-C12AX..C13SX..Ordering example: 10 pieces TC16-1 EI-A55 GM213C14LX..C15FX..C16-C17PX..C18MC..V C11000TC TC TC TC TC-F UTS-TCA66-A81 B2-B109 E40-E41 E5 D50 D51 D52 D53 D54 D55C20-C21TC..C22-C26C23

TC threading insertsFull profile metric ISO 60° – externalPitch P: 0.5 - 5 mmPartialprofile60°C22Partialprofile55°EN -27PC23Fullprofilemetr. 60°C24-C25Full profileWhitw.55°C26H216TGM213GM240P min[mm]Type,descriptionl[mm]H[mm]r[mm]y[mm]0.50TC16-1 E 0,5 ISO R RTC16-1 E 0,5 ISO-27PR0.33 0.050.75TC16-1 E 0,75 ISO R RTC16-1 E 0,75 ISO-27PR0.49 0.081.00TC16-1 E 1,0 ISO R RTC16-1 E 1,0 ISO-27PR0.64 0.121.051.25TC16-1 E 1,25 ISO R RTC16-1 E 1,25 ISO-27PR0.80 0.151.50TC16-1 E 1,5 ISO R RTC16-1 E 1,5 ISO-27PR0.96 0.181.75TC16-2 E 1,75 ISO R RTC16-2 E 1,75 ISO-27PR16.01.11 0.222.00TC16-2 E 2,0 ISO R RTC16-2 E 2,0 ISO-27PR1.27 0.252.50TC16-2 E 2,5 ISO R RTC16-2 E 2,5 ISO-27PR1.58 0.312.153.00TC16-2 E 3,0 ISO R RTC16-2 E 3,0 ISO-27PR1.90 0.383.50 TC16-3 E 3,5 ISO R R 2.22 0.444.00 TC16-3 E 4,0 ISO R R 2.53 0.504.50 TC16-3 E 4,5 ISO R R 2.85 0.565.00 TC16-3 E 5,0 ISO R R 3.16 0.63Steel RRStainless rRCast iron R rNon ferrous metals RHeat resistantHard materialsMain applicationExtended applicationInternational CERATIZIT range, for present availability see price list3.10Ordering example: 10 pieces TC16-1 E 0,5 ISO GM213V C11000TC TC TC-FA66-A81 B2-B109 E40-E41 E5 D50 D51 D54C24

TC threading insertsFull profile, metric 60° – internalPitch P: 0.5 - 5.0 mmGX..EEN -27PC4-C6GX..SH216TGM213GM240P min[mm]Type,descriptionl[mm]H[mm]r[mm]y[mm]0.50 TC16-1 I 0,5 ISO R R0.30 0.020.75 TC16-1 I 0,75 ISO R R 0.45 0.041.00TC16-1 I 1,0 ISO R R0.60 0.05TC16-1 I 1,0 ISO-27PR1.051.25 TC16-1 I 1,25 ISO R R 0.75 0.071.50TC16-1 I 1,5 ISO R RTC16-1 I 1,5 ISO-27PR0.89 0.081.75 TC16-2 I 1,75 ISO R R 1.03 0.11TC16-2 I 2,0 ISO R R16.02.001.18 0.12TC16-2 I 2,0 ISO-27PR2.152.50 TC16-2 I 2,5 ISO R R 1.47 0.163.00TC16-2 I 3,0 ISO R RTC16-2 I 3,0 ISO-27PR1.76 0.193.50 TC16-3 I 3,5 ISO R R 2.06 0.224.00 TC16-3 I 4,0 ISO R R 2.35 0.254.50 TC16-3 I 4,5 ISO R R 2.64 0.285.00 TC16-3 I 5,0 ISO R R 2.94 0.31Steel RRStainless rRCast iron RrNon ferrous metals RHeat resistantHard materialsMain applicationExtended applicationInternational CERATIZIT range, for present availability see price list3.10C8-C9GX..RC10-C12AX..C13SX..C14LX..C15FX..Ordering example: 10 pieces TC16-1 I 0,5 ISO GM213C16-C17PX..C18MC..V C11000TC TC TC-F UTS-TCA66-A81 B2-B109 E40-E41 E5 D52 D53 D54 D55C20-C21TC..C22-C26C25

TC threading insertsFull profile Whitworth 55° – external and internalPitch P: 28 - 5 TPIPartialprofile60°C22Partialprofile55°EN -27PC23Fullprofilemetr. 60°C24-C25Full profileWhitw.55°C26H216TGM213GM240P max[TPI]Type,descriptionl[mm]H[mm]r[mm]y[mm]28 TC16-1 EI 28 W R R0.6026 TC16-1 EI 26 W R R 0.650.1224 TC16-1 EI 24 W R R 0.70 0.1320 TC16-1 EI 20 W R R 0.84 0.161.05TC16-1 EI 19 W R R190.89 0.17TC16-1 EI 19 W-27PR18 TC16-1 EI 18 W R R 0.94 0.1816 TC16-1 EI 16 W R R 1.06 0.2014TC16-2 EI 14 W R RTC16-2 EI 14 W-27PR16.01.21 0.2312 TC16-2 EI 12 W R R 1.41 0.2711TC16-2 EI 11 W R RTC16-2 EI 11 W-27PR1.54 0.292.1510 TC16-2 EI 10 W R R 1.69 0.329 TC16-2 EI 9 W R R 1.88 0.368 TC16-2 EI 8 W R R 2.11 0.407 TC16-3 EI 7 W R R 2.41 0.463.106 TC16-3 EI 6 W R 2.82 0.545 TC16-3 EI 5 W R R 3.38 0.64Steel RRStainless rRCast iron RrNon ferrous metals RHeat resistantHard materialsMain applicationExtended applicationInternational CERATIZIT range, for present availability see price listOrdering example: 10 pieces TC16-1 EI 28 W GM240V C11000TC TC TC TC TC-F UTS-TCA66-A81 B2-B109 E40-E41 E5 D50 D51 D52 D53 D54 D55C26

GX..EC4-C6GX..SC8-C9GX..RC10-C12AX..C13SX..C14LX..C15FX..C16-C17PX..C18MC..C20-C21TC..C22-C26C27

ToolsOverviewShanksModules- externalModules- externalMonobloc- externalBlocks/bladesMSS 0°GX09SXGX09GXD4D8D17D22D32MSS 90°GX16LXGX16SXD5D9D18D23D33MSS 45°GX24FXGX24SXreinforcedD6D10D19D24D34-D35AdaptersGX09FX longAX 0°/90°LXD7D11D20D25-D26D36GX16SXFXD12D27D37GX24 axialFXSBN...KD13-D14D28D38GX axiallongPXSBN...KSD15D29D39AXMCD16D30-D31D2

ToolsOverviewShanksBoring barsModules- internalMonobloc- internalThreadingUTS/HSK-TD4-D71,5 x DGX09GX09TC16UTS 0°Modules-externalD8-D20D402,5 x DD42GX16D46GX16D50TCmonoblocD56UTS 90°Monobloc-externalD22-D31D41D43D47D51D57Blocks/bladesGX24GX24TC16UTS 45°D32-D39D43D48D52D58BoringbarsGX09TCmonoblocUTSD40-D41D44D53D59Modules- internalGX16TC millingHSK-T 0°D42-D45D45D54D60Monobloc-internalTCmonobloc UTSHSK-T 90°D46-D48ThreadingD55D61D50-D55UTS/HSK-TD56-D59D3

ToolsModular system (MSS)MSS 0°Shanks 0°h2h1hD4MSS 90°al3l 2l 1b fb1b* applies only to:MSS-E20R/L00-1620GD5MSS 45°D6AdaptersD7Picture shows right-hand versionType,h b h 1 h 2 b 1 l 1 l 2 l 3 f aBgr. description[mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]12 MSS-E12R00-1212E R 12 12 12 14.5 15.25 70 12 11.75 MSS-E12R..16 MSS-E16R00-1616G R 16 16 16 19.5 19.25 90 16 15.75 MSS-E16R..20 MSS-E20R00-1620G R 16 20 16 24.0 24.25 90 20 20.15 MSS-E20R..20 MSS-E20R00-2020J R 20 20 20 24.0 24.25 110 20 20.15 MSS-E20R..25 MSS-E25R00-2525L R 25 25 25 30.0 31.00 140 25 25.50 MSS-E25R..32 MSS-E32R00-3225N R 32 25 32 38.0 31.00 160 32 25.50 MSS-E32R..32 MSS-E32R00-3232Q R 32 32 32 38.8 38.00 180 32 16.0 32.50 3.0 MSS-E32R..12 MSS-E12L00-1212E L 12 12 12 14.5 15.25 70 12 11.75 MSS-E12L..16 MSS-E16L00-1616G L 16 16 16 19.5 19.25 90 16 15.75 MSS-E16L..20 MSS-E20L00-1620G L 16 20 16 24.0 24.25 90 20 20.15 MSS-E20L..20 MSS-E20L00-2020J L 20 20 20 24.0 24.25 110 20 20.15 MSS-E20L..25 MSS-E25L00-2525L L 25 25 25 30.0 31.00 140 25 25.50 MSS-E25L..32 MSS-E32L00-3225N L 32 25 32 38.0 31.00 160 32 25.50 MSS-E32L..32 MSS-E32L00-3232Q L 32 32 32 38.8 38.00 180 32 16.0 32.50 3.0 MSS-E32L..Ordering example: 1 piece MSS-E12R00-1212EBgr. = assembly sizeBgr.12 7897200/M2,5X10/T08 7724106/TORX T0816 7897202/M3,5X12,5/T15 7897208/TORX T15 T20 7897203/M4,0X14/T15 7897208/TORX T15 T25 7897205/M5,0X18/T20 7897207/TORX T20 T32 7897206/M6,0X20/T25 7883304/TORX T25 TGX GX GX-A AX SX LX FX TCD8-D10 D11-D12 D13-D15 D16 D17 D18 D19-D20 D50D4

ToolsModular system (MSS)Shanks 90°h2f h1al 3h = h 1l 2l 1b hShanksD4-D7Modules-external90°Picture shows right-hand versionD8-D20Monobloc-externalType,h b h 2 l 1 l 2 l 3 f aBgr. description[mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]20 MSS-E20R90-2020J20 20 24.0 110 20 20.00 MSS-E20L..25 MSS-E25R90-2525L 25 25 30.0 140 28 25.00 MSS-E25L..RMSS-E32R90-3225N 32 25 38.0 160 34 32.0032MSS-E32L..MSS-E32R90-3232R 32 32 38.8 200 34 19.2 32.00 3.020 MSS-E20L90-2020J20 20 24.0 110 20 20.00 MSS-E20R..25 MSS-E25L90-2525L 25 25 30.0 140 28 25.00 MSS-E25R..LMSS-E32L90-3225N 32 25 38.0 160 34 32.0032MSS-E32R..MSS-E32L90-3232R 32 32 38.8 200 34 19.2 32.00 3.0Ordering example: 1 piece MSS-E20R90-2020JBgr. = assembly sizeD22-D31Blocks/bladesD32-D39BoringbarsD40-D41Modules- internalD42-D45Monobloc-internalIn case of 90deg please note:Right-hand shank - left-hand moduleLeft-hand shank - right-hand moduleD46-D48ThreadingBgr.20 7897203/M4,0X14/T15 7897208/TORX T15 T25 7897205/M5,0X18/T20 7897207/TORX T20 T32 7897206/M6,0X20/T25 7883304/TORX T25 TD50-D55UTS/HSK-TD56-D61GX GX GX-A AX SX LX FX TCD9-D10 D11-D12 D13-D15 D16 D17 D18 D19-D20 D50D5

ToolsModular system (MSS)MSS 0°Shanks 45°h = h 1hh1h245°D4MSS 90°bfb1l 1l 2D5MSS 45°D6AdaptersPicture shows right-hand versionType,h b h 2 b 1 l 1 l 2 fBgr. description[mm] [mm] [mm] [mm] [mm] [mm] [mm]20 MSS-E20R45-2020J20 20 24.0 21.50 110 20 14.50 MSS-E20L..R25 MSS-E25R45-2525L 25 25 30.0 26.00 140 25 18.00 MSS-E25L..20 MSS-E20L45-2020J20 20 24.0 21.50 110 20 14.50 MSS-E20R..L25 MSS-E25L45-2525L 25 25 30.0 26.00 140 25 18.00 MSS-E25R..Ordering example: 1 piece MSS-E20R45-2020JBgr. = assembly sizeD7In case of 45deg please note:Right-hand shank - left-hand moduleLeft-hand shank - right-hand moduleBgr.20 7897203/M4,0X14/T15 7897209/M4,0X11/T15 7897208/TORX T15 T25 7897205/M5,0X18/T20 7897210/M5,0X13,5/T20 7897207/TORX T20 TGXD11-D12D6

ToolsModular system (MSS)AdaptersShanksh1h35°l 1±0,08D4-D7Modules-externalfbb1Picture shows right-hand versionD8-D20Monobloc-externalType,h 1 b h b 1 l 1 fBgr. description[mm] [mm] [mm] [mm] [mm] [mm]20 MSS-E20R00-AD 20 10.7 24 15.3 30 11.2 MSS-E20R..25 MSS-E25R00-AD 25 12.6 30 18.6 37 13.1 MSS-E25R..32 MSS-E32R00-AD 32 14.6 38 20.6 46 15.1 MSS-E32R..20 MSS-E20L00-AD 20 10.7 24 15.3 30 11.2 MSS-E20L..25 MSS-E25L00-AD 25 12.6 30 18.6 37 13.1 MSS-E25L..32 MSS-E32L00-AD 32 14.6 38 20.6 46 15.1 MSS-E32L..Ordering example: 1 piece MSS-E20R00-ADBgr. = assembly sizeD22-D31Blocks/bladesD32-D39BoringbarsD40-D41Modules- internalD42-D45Monobloc-internalFor additional assemblydimensions seeD46-D48ThreadingE48-E49Bgr.20 7897203/M4,0X14/T15 7897211/M4X12 DIN 912 - 12.9 7897208/TORX T15 T25 7897205/M5,0X18/T20 7818319/M5,0X16,0/DIN912-12.9 7897207/TORX T20 T32 7897206/M6,0X20/T25 7897213/M6X20 12.9 DIN 912 7883304/TORX T25 TD50-D55UTS/HSK-TD56-D61GX GX GX-A AX SX LX FX TCD9-D10 D11-D12 D13-D15 D16 D17 D18 D19-D20 D50D7

MSS modules – externalGrooving and turning – GX09GX09GX09D8GX16D9GX24Picture shows right-hand versionD10GX09D11GX16Type,s min s max T max h 1 h 2 l 1 f RBgr. description[mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]MSS-E12R07-GX09-12.00 2.7512 14.5 8 3.15 18 GX09-1..12MSS-E12R07-GX09-2 2.76 3.75 12 14.5 8 3.15 18 GX09-2..RMSS-E16R07-GX09-1 2.00 2.75 16 19.5 8 3.15 24 GX09-1..16MSS-E16R07-GX09-2 2.76 3.75 16 19.5 8 3.15 24 GX09-2..7MSS-E12L07-GX09-12.00 2.75 12 14.5 8 3.15 18 GX09-1..12MSS-E12L07-GX09-2 2.76 3.75 12 14.5 8 3.15 18 GX09-2..LMSS-E16L07-GX09-1 2.00 2.75 16 19.5 8 3.15 24 GX09-1..16MSS-E16L07-GX09-2 2.76 3.75 16 19.5 8 3.15 24 GX09-2..Ordering example: 1 piece MSS-E12R07-GX09-1Bgr. = assembly sizeD12GX24axialD13-D15AXD16SXD17LXD18FXGX-E GX-S GX-RD19-D20C4 C8 C10 D4D8

MSS modules – externalGrooving and turning – GX16GX16ShanksD4-D7Modules-externalPicture shows right-hand versionD8-D20Monobloc-externalType,s min s max T max h 1 h 2 l 1 f RBgr. description[mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]MSS-E20R12-GX16-12.00 2.753.75GX16-1..20 MSS-E20R12-GX16-2 2.76 3.75 20 243.40 30 GX16-2..MSS-E20R12-GX16-3 3.76 5.00 2.93 GX16-3..MSS-E25R12-GX16-1 2.00 2.755.25GX16-1..25MSS-E25R12-GX16-2 2.76 3.75 4.90 GX16-2..R25 3037.5MSS-E25R12-GX16-3 3.76 5.00 4.43 GX16-3..MSS-E25R12-GX16-4 5.01 6.50 3.80 GX16-4..MSS-E32R12-GX16-2 2.76 3.754.90GX16-2..32 MSS-E32R12-GX16-3 3.76 5.00 32 384.43 48 GX16-3..MSS-E32R12-GX16-4 5.01 6.50 3.80 GX16-4..1213MSS-E20L12-GX16-12.00 2.753.75GX16-1..20 MSS-E20L12-GX16-2 2.76 3.75 20 243.40 30 GX16-2..MSS-E20L12-GX16-3 3.76 5.00 2.93 GX16-3..MSS-E25L12-GX16-1 2.00 2.755.25GX16-1..25MSS-E25L12-GX16-2 2.76 3.75 4.90 GX16-2..L25 3037.5MSS-E25L12-GX16-3 3.76 5.00 4.43 GX16-3..MSS-E25L12-GX16-4 5.01 6.50 3.80 GX16-4..MSS-E32L12-GX16-2 2.76 3.754.90GX16-2..32 MSS-E32L12-GX16-3 3.76 5.00 32 384.43 48 GX16-3..MSS-E32L12-GX16-4 5.01 6.50 3.80 GX16-4..Ordering example: 1 piece MSS-E20R12-GX16-1Bgr. = assembly sizeD22-D31Blocks/bladesD32-D39BoringbarsD40-D41Modules- internalD42-D45Monobloc-internalD46-D48ThreadingD50-D55UTS/HSK-TD56-D61GX-E GX-S GX-RC5 C9 C11 D4 D5 D7 D56 D57 D60 D61D9

MSS modules – externalGrooving and turning – GX24GX09GX24D8GX16D9GX24Picture shows right-hand versionD10GX09D11GX16D12GX24axialD13-D15AXType,s min s max T max h 1 h 2 l 1 f RBgr. description[mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]MSS-E20R21-GX24-12.00 2.7520 24 22 3.65 30 GX24-1..20 MSS-E20R21-GX24-2 2.76 3.75 20 24 22 3.40 30 GX24-2..MSS-E20R21-GX24-3 3.76 5.00 20 24 22 3.00 30 GX24-3..MSS-E25R21-GX24-1 2.00 2.75 25 30 22 5.15 37.5 GX24-1..MSS-E25R21-GX24-2 2.76 3.75 25 30 22 4.90 37.5 GX24-2..25 MSS-E25R21-GX24-3 R 3.76 5.00 25 30 22 4.43 37.5 GX24-3..MSS-E25R21-GX24-4 5.01 6.50 25 30 22 3.80 37.5 GX24-4..MSS-E25R21-GX24-5 8.00 8.00 25 30 23 2.95 37.5 GX24-5..MSS-E32R21-GX24-2 2.76 3.75 32 38 22 4.95 48 GX24-2..32 MSS-E32R21-GX24-3 3.76 5.00 32 38 22 4.43 48 GX24-3..MSS-E32R21-GX24-4 5.01 6.50 32 38 22 3.80 48 GX24-4..21MSS-E20L21-GX24-12.00 2.75 20 24 22 3.65 30 GX24-1..20 MSS-E20L21-GX24-2 2.76 3.75 20 24 22 3.40 30 GX24-2..MSS-E20L21-GX24-3 3.76 5.00 20 24 22 3.00 30 GX24-3..MSS-E25L21-GX24-1 2.00 2.75 25 30 22 5.15 37.5 GX24-1..MSS-E25L21-GX24-2 2.76 3.75 25 30 22 4.90 37.5 GX24-2..25 MSS-E25L21-GX24-3 L 3.76 5.00 25 30 22 4.43 37.5 GX24-3..MSS-E25L21-GX24-4 5.01 6.50 25 30 22 3.80 37.5 GX24-4..MSS-E25L21-GX24-5 8.00 8.00 25 30 23 2.95 37.5 GX24-5..MSS-E32L21-GX24-2 2.76 3.75 32 38 22 4.95 48 GX24-2..32 MSS-E32L21-GX24-3 3.76 5.00 32 38 22 4.43 48 GX24-3..MSS-E32L21-GX24-4 5.01 6.50 32 38 22 3.80 48 GX24-4..Ordering example: 1 piece MSS-E20R21-GX24-1Bgr. = assembly sizeD16SXWhen using the radius insertGX24-4/GX24-5 l 1 = 23 mmD17LXD18FXGX-EGX-RD19-D20C6 C12 D4 D5 D7 D56 D57 D60 D61D10

MSS modules – externalCirclip and radius grooves – GX09GX09ShanksD4-D7Modules-externalPicture shows right-hand versionD8-D20Monobloc-externalType,s min s max T max h 1 h 2 l 1 f RBgr. description[mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]12 MSS-E12R02-GX09-112 14.5 8 3.15 18R16 MSS-E16R02-GX09-1 16 19.5 8 3.15 240.60 1.95 212 MSS-E12L02-GX09-112 14.5 8 3.15 18L16 MSS-E16L02-GX09-1 16 19.5 8 3.15 24Ordering example: 1 piece MSS-E12R02-GX09-1Bgr. = assembly sizeGX09-1.. R/LD22-D31Blocks/bladesD32-D39BoringbarsD40-D41Modules- internalD42-D45Monobloc-internalD46-D48ThreadingD50-D55UTS/HSK-TD56-D61GX-SGX-RC8 C10 D4D11

MSS modules – externalCirclip and radius grooves – GX16GX09GX16D8GX16D9GX24Picture shows right-hand versionD10GX09D11GX16Type,s min s max T max h 1 h 2 l 1 f RBgr. description[mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]20 MSS-E20R03-GX16-220 24 13 3.40 3025 MSS-E25R03-GX16-2 R25 30 13 4.90 37.532 MSS-E32R03-GX16-2 32 38 13 4.90 480.60 2.75 320 MSS-E20L03-GX16-220 24 13 3.40 3025 MSS-E25L03-GX16-2 L25 30 13 4.90 37.532 MSS-E32L03-GX16-2 32 38 13 4.90 48Ordering example: 1 piece MSS-E20R03-GX16-2Bgr. = assembly sizeGX16-2.. R/LD12GX24axialD13-D15AXD16SXD17LXD18FXGX-SGX-RD19-D20C9 C11 D4-D6 D7 D56 D57 D58 D60 D61D12

MSS modules – externalAxial grooves – GX24GX24 axialShanksD4-D7Modules-externalPicture shows right-hand versionD8-D20Monobloc-externalType,s min s max T max D min D max h 1 h 2 l 1 fBgr. description[mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]MSS-E20R14-GX24-2 A50-702.76 3.7550 70 20 24 22 3.40 GX24-2..MSS-E20R14-GX24-2 A70-100 R 2.76 3.75 70 100 20 24 22 3.40 GX24-2..20MSS-E20R14-GX24-2 A100-150 2.76 3.75 100 150 20 24 22 3.40 GX24-2..14MSS-E20L14-GX24-2 A50-702.76 3.75 50 70 20 24 22 3.40 GX24-2..MSS-E20L14-GX24-2 A70-100 L 2.76 3.75 70 100 20 24 22 3.40 GX24-2..MSS-E20L14-GX24-2 A100-150 2.76 3.75 100 150 20 24 22 3.40 GX24-2..MSS-E25R15-GX24-2 A50-702.76 3.7550 70 25 30 22 4.90 GX24-2..MSS-E25R15-GX24-2 A70-100 2.76 3.75 70 100 25 30 22 4.90 GX24-2..MSS-E25R15-GX24-2 A100-150 2.76 3.75 100 150 25 30 22 4.90 GX24-2..MSS-E25R15-GX24-3 A50-70 3.76 5.00 50 70 25 30 22 4.43 GX24-3..MSS-E25R15-GX24-3 A70-100 3.76 5.00 70 100 25 30 22 4.43 GX24-3..MSS-E25R15-GX24-3 A100-150 R 3.76 5.00 100 150 25 30 22 4.43 GX24-3..MSS-E25R15-GX24-3 A150-300 3.76 5.00 150 300 25 30 22 4.43 GX24-3..MSS-E25R15-GX24-4 A50-70 5.01 6.50 50 70 25 30 22 3.80 GX24-4..MSS-E25R15-GX24-4 A70-100 5.01 6.50 70 100 25 30 22 3.80 GX24-4..MSS-E25R15-GX24-4 A100-150 5.01 6.50 100 150 25 30 22 3.80 GX24-4..25MSS-E25R15-GX24-4 A150-300 5.01 6.50 150 300 25 30 22 3.80 GX24-4..15MSS-E25L15-GX24-2 A50-702.76 3.75 50 70 25 30 22 4.90 GX24-2..MSS-E25L15-GX24-2 A70-100 2.76 3.75 70 100 25 30 22 4.90 GX24-2..MSS-E25L15-GX24-2 A100-150 2.76 3.75 100 150 25 30 22 4.90 GX24-2..MSS-E25L15-GX24-3 A50-70 3.76 5.00 50 70 25 30 22 4.43 GX24-3..MSS-E25L15-GX24-3 A70-100 3.76 5.00 70 100 25 30 22 4.43 GX24-3..MSS-E25L15-GX24-3 A100-150 L 3.76 5.00 100 150 25 30 22 4.43 GX24-3..MSS-E25L15-GX24-3 A150-300 3.76 5.00 150 300 25 30 22 4.43 GX24-3..MSS-E25L15-GX24-4 A50-70 5.01 6.50 50 70 25 30 22 3.80 GX24-4..MSS-E25L15-GX24-4 A70-100 5.01 6.50 70 100 25 30 22 3.80 GX24-4..MSS-E25L15-GX24-4 A100-150 5.01 6.50 100 150 25 30 22 3.80 GX24-4..MSS-E25L15-GX24-4 A150-300 5.01 6.50 150 300 25 30 22 3.80 GX24-4..Ordering example: 1 piece MSS-E20R14-GX24-2 A50-70Bgr. = assembly sizeD22-D31Blocks/bladesD32-D39BoringbarsD40-D41Modules- internalD42-D45Monobloc-internalD46-D48ThreadingD50-D55UTS/HSK-TD56-D61GX-EGX-RC6 C12 D4 D5 D7 D56 D57D13

MSS modules – externalAxial grooves – GX24GX09GX24 axialD8GX16D9GX24Picture shows right-hand versionD10GX09D11GX16D12GX24axialType,s min s max T max D min D max h 1 h 2 l 1 fBgr. description[mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]MSS-E32R15-GX24-3 A70-1003.76 5.0070 100 32 38 22 4.43 GX24-3..MSS-E32R15-GX24-3 A100-150 3.76 5.00 100 150 32 38 22 4.43 GX24-3..MSS-E32R15-GX24-3 A150-300 3.76 5.00 150 300 32 38 22 4.43 GX24-3..MSS-E32R15-GX24-4 A70-100 R 5.01 6.50 70 100 32 38 22 3.80 GX24-4..MSS-E32R15-GX24-4 A100-150 5.01 6.50 100 150 32 38 22 4.43 GX24-4..MSS-E32R15-GX24-4 A150-300 5.01 6.50 150 300 32 38 22 3.80 GX24-4..32MSS-E32R15-GX24-4 A300-900 5.01 6.50 300 900 32 38 22 3.80 GX24-4..15MSS-E32L15-GX24-3 A70-1003.76 5.00 70 100 32 38 22 4.43 GX24-3..MSS-E32L15-GX24-3 A100-150 3.76 5.00 100 150 32 38 22 4.43 GX24-3..MSS-E32L15-GX24-3 A150-300 3.76 5.00 150 300 32 38 22 4.43 GX24-3..MSS-E32L15-GX24-4 A70-100 L 5.01 6.50 70 100 32 38 22 3.80 GX24-4..MSS-E32L15-GX24-4 A100-150 5.01 6.50 100 150 32 38 22 3.80 GX24-4..MSS-E32L15-GX24-4 A150-300 5.01 6.50 150 300 32 38 22 3.80 GX24-4..MSS-E32L15-GX24-4 A300-900 5.01 6.50 300 900 32 38 22 3.80 GX24-4..Ordering example: 1 piece MSS-E32R15-GX24-3 A70-100Bgr. = assembly sizeD13-D15AXD16SXD17LXD18FXGX-EGX-RD19-D20C6 C12 D4 D5 D7 D56 D57 D60 D61D14

MSS modules – externalAxial grooves – GX24GX24 axial longShanksD4-D7Modules-externalPicture shows right-hand versionD8-D20Monobloc-externalType,s min s max T max D min D max h 1 h 2 l 1 fBgr. description[mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]MSS-E25R21-GX24-3 AS50-703.76 5.0050 70 25 30 35 4.43 GX24-3..MSS-E25R21-GX24-3 AS70-100 3.76 5.00 70 100 25 30 35 4.43 GX24-3..21MSS-E25R21-GX24-3 AS100-150 3.76 5.00 100 150 25 30 35 4.43 GX24-3..MSS-E25R21-GX24-3 AS150-300 3.76 5.00 150 300 25 30 35 4.43 GX24-3..RMSS-E25R25-GX24-4 AS50-70 5.01 6.5050 70 25 30 35 3.80 GX24-4..MSS-E25R25-GX24-4 AS70-100 5.01 6.50 70 100 25 30 35 3.80 GX24-4..25MSS-E25R25-GX24-4 AS100-150 5.01 6.50 100 150 25 30 35 3.80 GX24-4..25MSS-E25R25-GX24-4 AS150-300 5.01 6.50 150 300 25 30 35 3.80 GX24-4..MSS-E25L21-GX24-3 AS50-703.76 5.0050 70 25 30 35 4.43 GX24-3..MSS-E25L21-GX24-3 AS70-100 3.76 5.00 70 100 25 30 35 4.43 GX24-3..21MSS-E25L21-GX24-3 AS100-150 3.76 5.00 100 150 25 30 35 4.43 GX24-3..MSS-E25L21-GX24-3 AS150-300 3.76 5.00 150 300 25 30 35 4.43 GX24-3..LMSS-E25L25-GX24-4 AS50-70 5.01 6.5050 70 25 30 35 3.80 GX24-4..MSS-E25L25-GX24-4 AS70-100 5.01 6.50 70 100 25 30 35 3.80 GX24-4..25MSS-E25L25-GX24-4 AS100-150 5.01 6.50 100 150 25 30 35 3.80 GX24-4..MSS-E25L25-GX24-4 AS150-300 5.01 6.50 150 300 25 30 35 3.80 GX24-4..Ordering example: 1 piece MSS-E25R21-GX24-3 AS50-70Bgr. = assembly sizeD22-D31Blocks/bladesD32-D39BoringbarsD40-D41Modules- internalD42-D45Monobloc-internalAxial modules in long version can be clamped fromeither side.D46-D48ThreadingE22-E25D50-D55UTS/HSK-TBgr.25 7897221/M3,5X14,0/T15 7897208/TORX T15 T DMSD 3,2Nm/SORT T15D56-D61GX-EGX-RC6 C12 D4 D5 D7 D56 D57D15

D minMSS modules – externalAxial grooves – AXGX09AXT maxD8GX16h2sf h1l 1D9GX24Picture shows right-hand versionD10GX09D11GX16D12GX24axialType,s D min T max h 1 h 2 l 1 fBgr. description[mm] [mm] [mm] [mm] [mm] [mm] [mm]16 MSS-E16R05-AX0510 5 16 20.5 24 2.50 AX05..MSS-E20R05-AX05 10 5 20 25 28 3.10 AX05..20 MSS-E20R10-AX10 20 10 20 25 33 3.10 AX10..MSS-E20R15-AX15 R30 15 20 25 44 3.10 AX15..MSS-E25R05-AX05 10 5 25 30 27.5 4.60 AX05..25 MSS-E25R10-AX10 20 10 25 30 32.5 4.60 AX10..MSS-E25R15-AX15 30 15 25 30 43.5 4.60 AX15..3.016 MSS-E16L05-AX0510 5 16 20.5 24 2.50 AX05..MSS-E20L05-AX05 10 5 20 25 28 3.10 AX05..20 MSS-E20L10-AX10 20 10 20 25 33 3.10 AX10..MSS-E20L15-AX15 L30 15 20 25 44 3.10 AX15..MSS-E25L05-AX05 10 5 25 30 27.5 4.60 AX05..25 MSS-E25L10-AX10 20 10 25 30 32.5 4.60 AX10..MSS-E25L15-AX15 30 15 25 30 43.5 4.60 AX15..Ordering example: 1 piece MSS-E16R05-AX05Bgr. = assembly sizeD13-D15AXD16SXD17LXD18FXAXBgr.16 7897202/M3,5X12,5/T15 7897208/TORX T15 T20 7897203/M4,0X14/T15 7897208/TORX T15 T25 7897205/M5,0X18/T20 7897207/TORX T20 TD19-D20C13 D4 D5 D7 D56 D57D16

MSS modules – externalGrooving and turning – SXSXT maxRShanksh 2h 1al 1D4-D7Modules-externalfsPicture shows right-hand versionD8-D20Monobloc-externalType,s T max h 1 h 2 l 1 f a RBgr. description[mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]20MSS-E20R20-SX22.0 20 20 24 22 3.57 3.0 30 SX2RMSS-E20R20-SX3 3.0 20 20 24 22 3.20 3.0 30 SX3MSS-E20L20-SX22.0 20 20 24 22 3.57 3.0 30 SX2LMSS-E20L20-SX3 3.0 20 20 24 22 3.20 3.0 30 SX3MSS-E25R20-SX22.0 20 25 30 22 5.07 37.5 SX2MSS-E25R25-SX3 3.0 25 25 30 27 4.70 37.5 SX3MSS-E25R35-SX3 R 3.0 35 25 30 37 4.70 37.5 SX3MSS-E25R25-SX4 4.0 25 25 30 27 4.30 37.5 SX425MSS-E25R35-SX4 4.0 35 25 30 37 4.30 37.5 SX4MSS-E25L20-SX22.0 20 25 30 22 5.07 37.5 SX2MSS-E25L25-SX3 3.0 25 25 30 27 4.70 37.5 SX3MSS-E25L35-SX3 L 3.0 35 25 30 37 4.70 37.5 SX3MSS-E25L25-SX4 4.0 25 25 30 27 4.30 37.5 SX4MSS-E25L35-SX4 4.0 35 25 30 37 4.30 37.5 SX432MSS-E32R35-SX33.0 35 32 38 37 4.70 48 SX3RMSS-E32R35-SX4 4.0 35 32 38 37 4.30 48 SX4MSS-E32L35-SX33.0 35 32 38 37 4.70 48 SX3LMSS-E32L35-SX4 4.0 35 32 38 37 4.30 48 SX4Ordering example: 1 piece MSS-E20R20-SX2Bgr. = assembly sizeD22-D31Blocks/bladesD32-D39BoringbarsD40-D41Modules- internalD42-D45Monobloc-internalD46-D48Threadings[mm]SX2 2.0 10005884/S12-3SX3 3.0 10005884/S12-3SX4 4.0 10001365/S15-4D50-D55UTS/HSK-TD56-D61SX-EC14 D4 D5 D7 D56 D57 D60 D61D17

MSS modules – externalGrooving and turning – LXGX09System LXT maxD8GX16D9GX24h2sf f h1al 1D10GX09D11GX16Type,s min s max T max h 1 h 2 l 1 f aBgr. description[mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]32MSS-E32N25-LXMSS-E32N32-LX N 8.00 10.002532323238.7538.7527343.403.405.255.25MSS-E32N45-LX 45 32 38.75 47 3.40 5.25Ordering example: 1 piece MSS-E32N25-LXBgr. = assembly sizeLX-..D12GX24axialD13-D15AXD16SXD17LXLX-.. 7897218/M4,0X18/T20 7897207/TORX T20 T DMSD 4,0Nm/SORT T20D18FXLXD19-D20C15 D4 D5 D7 D56 D57 D60 D61D18

sMSS modules – externalPart-off – FXFX shortT maxShanksRh2h1al 1D4-D7Modules-externalfPicture shows right-hand versionD8-D20Monobloc-externalType,s T max h 1 h 2 l 1 f a RBgr. description[mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]MSS-E20R20-FX2.22.2 20 20 24 22 3.58 3.0 30 FX 2.2..MSS-E20R20-FX3.1 R 3.1 20 20 24 22 3.20 3.0 30 FX 3.1..20MSS-E20R20-FX4.1 4.1 20 20 24 22 2.80 3.0 30 FX 4.1..MSS-E20L20-FX2.22.2 20 20 24 22 3.58 3.0 30 FX 2.2..MSS-E20L20-FX3.1 L 3.1 20 20 24 22 3.20 3.0 30 FX 3.1..MSS-E20L20-FX4.1 4.1 20 20 24 22 2.80 3.0 30 FX 4.1..MSS-E25R20-FX2.22.2 20 25 30 22 5.08 37.5 FX 2.2..MSS-E25R25-FX3.1 3.1 25 25 30 27 4.70 37.5 FX 3.1..MSS-E25R25-FX4.1 R 4.1 25 25 30 27 4.30 37.5 FX 4.1..MSS-E25R25-FX5.1 5.1 25 25 30 27 3.90 37.5 FX 5.1..25MSS-E25R25-FX6.5 6.5 25 25 30 27 3.30 37.5 FX 6.5..MSS-E25L20-FX2.22.2 20 25 30 22 5.08 37.5 FX 2.2..MSS-E25L25-FX3.1 3.1 25 25 30 27 4.70 37.5 FX 3.1..MSS-E25L25-FX4.1 L 4.1 25 25 30 27 4.30 37.5 FX 4.1..MSS-E25L25-FX5.1 5.1 25 25 30 27 3.90 37.5 FX 5.1..MSS-E25L25-FX6.5 6.5 25 25 30 27 3.30 37.5 FX 6.5..MSS-E32R32-FX3.13.1 32 32 38 34 4.70 48 FX 3.1..MSS-E32R32-FX4.1 4.1 32 32 38 34 4.30 48 FX 4.1..RMSS-E32R32-FX5.1 5.1 32 32 38 34 3.90 48 FX 5.1..32MSS-E32R32-FX6.5 6.5 32 32 38 34 3.30 48 FX 6.5..MSS-E32L32-FX3.13.1 32 32 38 34 4.70 48 FX 3.1..MSS-E32L32-FX4.1 4.1 32 32 38 34 4.30 48 FX 4.1..LMSS-E32L32-FX5.1 5.1 32 32 38 34 3.90 48 FX 5.1..MSS-E32L32-FX6.5 6.5 32 32 38 34 3.30 48 FX 6.5..Ordering example: 1 piece MSS-E20R20-FX2.2Bgr. = assembly sizeD22-D31Blocks/bladesD32-D39BoringbarsD40-D41Modules- internalD42-D45Monobloc-internalD46-D48ThreadingFX 2.2.. 7802180/A 2,2FX 3.1.. 7802181/A 3,1FX 4.1.. 7802181/A 3,1FX 5.1.. 7802181/A 3,1FX 6.5.. 7802181/A 3,1D50-D55UTS/HSK-TD56-D61FXC16-C17 D4 D5 D7 D56 D57 D60 D61D19

MSS modules – externalPart-off – FXGX09FX longD8GX16D9GX24Picture shows right-hand versionD10GX09D11GX16D12GX24axialType,s T max h 1 h 2 l 1 f RBgr. description[mm] [mm] [mm] [mm] [mm] [mm] [mm]MSS-E25R35-FX3.13.1 35 25 30 37 4.70 37.5 FX 3.1..MSS-E25R35-FX4.1 4.1 35 25 30 37 4.30 37.5 FX 4.1..RMSS-E25R35-FX5.1 5.1 35 25 30 37 3.90 37.5 FX 5.1..25MSS-E25R35-FX6.5 6.5 35 25 30 37 3.30 37.5 FX 6.5..MSS-E25L35-FX3.13.1 35 25 30 37 4.70 37.5 FX 3.1..MSS-E25L35-FX4.1 4.1 35 25 30 37 4.30 37.5 FX 4.1..LMSS-E25L35-FX5.1 5.1 35 25 30 37 3.90 37.5 FX 5.1..MSS-E25L35-FX6.5 6.5 35 25 30 37 3.30 37.5 FX 6.5..MSS-E32R45-FX3.13.1 45 32 38 47 4.70 48 FX 3.1..MSS-E32R45-FX4.1 4.1 45 32 38 47 4.30 48 FX 4.1..RMSS-E32R45-FX5.1 5.1 45 32 38 47 3.90 48 FX 5.1..32MSS-E32R45-FX6.5 6.5 45 32 38 47 3.30 48 FX 6.5..MSS-E32L45-FX3.13.1 45 32 38 47 4.70 48 FX 3.1..MSS-E32L45-FX4.1 4.1 45 32 38 47 4.30 48 FX 4.1..LMSS-E32L45-FX5.1 5.1 45 32 38 47 3.90 48 FX 5.1..MSS-E32L45-FX6.5 6.5 45 32 38 47 3.30 48 FX 6.5..Ordering example: 1 piece MSS-E25R35-FX3.1Bgr. = assembly sizeD13-D15AXD16SXD17LXD18FXFXFX 3.1.. 7802181/A 3,1FX 4.1.. 7802181/A 3,1FX 5.1.. 7802181/A 3,1FX 6.5.. 7802181/A 3,1D19-D20C16-C17 D4 D5 D7 D56 D57 D60 D61D20

ShanksD4-D7Modules-externalD8-D20Monobloc-externalD22-D31Blocks/bladesD32-D39BoringbarsD40-D41Modules- internalD42-D45Monobloc-internalD46-D48ThreadingD50-D55UTS/HSK-TD56-D61D21

ToolsMonobloc tool holders – GX09GX09GX monobloc toolholdersRT maxh = h 1D22GX16h2h1sfl 2l 1b hD23GX24Picture shows right-hand versionType,h b s min s max T max h 2 l 1 l 2 f Rdescription [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]E10R00-1010M-GX09RE10L00-1010M-GX09L10 10 0.60 3.75 7 12.0 150 18 9.35 15 GX09..Ordering example: 1 piece E10R00-1010M-GX09D24AX 0°/90°D25-D26SXD27FXAttention:When using right-hand or left-hand inserts, the toolrequires modification to prevent the insert fouling.D28PXD29MaxiClickh[mm]10 7897209/M4,0X11/T15 7897208/TORX T15 TGX-E GX-R GX-SC4 C10 C8D30-D31D22

ToolsMonobloc tool holders – GX16GX monobloc toolholdersh2f h1al3T maxl 1h=h 1hbShanksD4-D7Modules-externalsl 2D8-D20Picture shows right-hand versionMonobloc-externalType,h b s min s max T max h 2 l 1 l 2 l 3 f adescription [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]E12R0012-1212K-GX16-12.00 2.75 12 17.0 125 26 24.0 11.35 4.0 GX16-1..12 12E12R0012-1212K-GX16-2 0.60 3.75 12 17.0 125 26 24.0 11.00 4.0 GX16-2..E16R0012-1616K-GX16-12.00 2.75 12 21.0 125 26 24.0 15.35 4.0 GX16-1..E16R0012-1616K-GX16-2 16 16 0.60 3.75 12 21.0 125 26 24.0 15.00 4.0 GX16-2..E16R0012-1616K-GX16-3 3.76 5.00 12 21.0 125 26 24.0 14.53 4.0 GX16-3..RE20R0012-2020K-GX16-12.00 2.75 12 25.0 125 26 19.35 GX16-1..E20R0012-2020K-GX16-2 20 20 0.60 3.75 12 25.0 125 26 19.00 GX16-2..E20R0012-2020K-GX16-3 3.76 5.00 12 25.0 125 26 18.53 GX16-3..E25R0012-2525M-GX16-20.60 3.75 12 30.0 150 26 24.00 GX16-2..25 25E25R0012-2525M-GX16-3 3.76 5.00 12 30.0 150 26 23.53 GX16-3..E12L0012-1212K-GX16-12.00 2.75 12 17.0 125 26 24.0 11.35 4.0 GX16-1..12 12E12L0012-1212K-GX16-2 0.60 3.75 12 17.0 125 26 24.0 11.00 4.0 GX16-2..E16L0012-1616K-GX16-12.00 2.75 12 21.0 125 26 24.0 15.35 4.0 GX16-1..E16L0012-1616K-GX16-2 16 16 0.60 3.75 12 21.0 125 26 24.0 15.00 4.0 GX16-2..E16L0012-1616K-GX16-3 3.76 5.00 12 21.0 125 26 24.0 14.53 4.0 GX16-3..LE20L0012-2020K-GX16-12.00 2.75 12 25.0 125 26 19.35 GX16-1..E20L0012-2020K-GX16-2 20 20 0.60 3.75 12 25.0 125 26 19.00 GX16-2..E20L0012-2020K-GX16-3 3.76 5.00 12 25.0 125 26 18.53 GX16-3..E25L0012-2525M-GX16-20.60 3.75 12 30.0 150 26 24.00 GX16-2..25 25E25L0012-2525M-GX16-3 3.76 5.00 12 30.0 150 26 23.53 GX16-3..Ordering example: 1 piece E12R0012-1212K-GX16-1D22-D31Blocks/bladesD32-D39BoringbarsD40-D41Modules- internalD42-D45Monobloc-internalAttention:When using right-hand or left-hand inserts, the toolrequires modification to prevent the insert fouling.D46-D48ThreadingD50-D55UTS/HSK-Th[mm]12 - 25 7897221/M3,5X14,0/T15 7897208/TORX T15 TD56-D61GX-E GX-S GX-RC5 C9 C11D23

ToolsMonobloc tool holders – GX24GX09D22GX16GX monobloc toolholdersh2f h1al3T maxl 1h=h 1hbsl 2D23GX24D24AX 0°/90°D25-D26SXD27FXPicture shows right-hand versionType,h b s min s max T max h 2 l 1 l 2 l 3 f adescription [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]E16R0021-1616K-GX24-12.00 2.75 21 21.0 125 35 32.0 15.20 4.0 GX24-1..16 16E16R0021-1616K-GX24-2 2.76 3.75 21 21.0 125 35 32.0 15.00 4.0 GX24-2..E20R0021-2020K-GX24-12.00 2.75 21 25.0 125 35 19.20 GX24-1..E20R0021-2020K-GX24-2 20 20 2.76 3.75 21 25.0 125 35 19.00 GX24-2..E20R0021-2020K-GX24-3 3.76 5.00 21 25.0 125 35 18.53 GX24-3..E25R0021-2525M-GX24-2R2.76 3.75 21 30.0 150 35 24.00 GX24-2..E25R0021-2525M-GX24-3 253.76 5.00 21 30.0 150 35 23.53 GX24-3..E25R0021-2525M-GX24-4 5.01 6.50 21 30.0 150 35 22.90 GX24-4..25E32R0021-3225P-GX24-22.76 3.75 21 37.0 170 35 24.00 GX24-2..E32R0021-3225P-GX24-3 323.76 5.00 21 37.0 170 35 23.53 GX24-3..E32R0021-3225P-GX24-4 5.01 6.50 21 37.0 170 35 22.90 GX24-4..E16L0021-1616K-GX24-12.00 2.75 21 21.0 125 35 32.0 15.20 4.0 GX24-1..16 16E16L0021-1616K-GX24-2 2.76 3.75 21 21.0 125 35 32.0 15.00 4.0 GX24-2..E20L0021-2020K-GX24-12.00 2.75 21 25.0 125 35 19.20 GX24-1..E20L0021-2020K-GX24-2 20 20 2.76 3.75 21 25.0 125 35 19.00 GX24-2..E20L0021-2020K-GX24-3 3.76 5.00 21 25.0 125 35 18.53 GX24-3..E25L0021-2525M-GX24-2L2.76 3.75 21 30.0 150 35 24.00 GX24-2..E25L0021-2525M-GX24-3 253.76 5.00 21 30.0 150 35 23.53 GX24-3..E25L0021-2525M-GX24-4 5.01 6.50 21 30.0 150 35 22.90 GX24-4..25E32L0021-3225P-GX24-22.76 3.75 21 37.0 170 35 24.00 GX24-2..E32L0021-3225P-GX24-3 323.76 5.00 21 37.0 170 35 23.53 GX24-3..E32L0021-3225P-GX24-4 5.01 6.50 21 37.0 170 35 22.90 GX24-4..Ordering example: 1 piece E16R0021-1616K-GX24-1D28PXD29MaxiClickh[mm]16 - 32 7897218/M4,0X18/T20 7897207/TORX T20 TGX-EGX-RD30-D31C6C12D24

ToolsMonobloc tool holders – AXAX monobloc toolholders 0°T maxh=h 1D minShanksh2sh1fl 2l 1b hD4-D7Modules-externalD8-D20Picture shows right-hand versionMonobloc-externalType,h b s D min T max h 2 l 1 l 2 fdescription [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]E16R0005-1616L-AX0510 5 21.0 140 28 14.70 AX05..16 16E16R0010-1616L-AX10 20 10 21.0 140 38 14.70 AX10..E20R0005-2020L-AX0510 5 25.0 140 28 18.70 AX05..E20R0010-2020L-AX10 20 2020 10 25.0 140 38 18.70 AX10..RE20R0015-2020L-AX15 30 15 25.0 140 49 18.70 AX15..E25R0005-2525N-AX0510 5 30.0 160 28 23.70 AX05..E25R0010-2525N-AX10 25 2520 10 30.0 160 38 23.70 AX10..E25R0015-2525N-AX15 30 15 30.0 160 49 23.70 AX15..3.0E16L0005-1616L-AX0510 5 21.0 140 28 14.70 AX05..16 16E16L0010-1616L-AX10 20 10 21.0 140 38 14.70 AX10..E20L0005-2020L-AX0510 5 25.0 140 28 18.70 AX05..E20L0010-2020L-AX10 20 2020 10 25.0 140 38 18.70 AX10..LE20L0015-2020L-AX15 30 15 25.0 140 49 18.70 AX15..E25L0005-2525N-AX0510 5 30.0 160 28 23.70 AX05..E25L0010-2525N-AX10 25 2520 10 30.0 160 38 23.70 AX10..E25L0015-2525N-AX15 30 15 30.0 160 49 23.70 AX15..Ordering example: 1 piece E16R0005-1616L-AX05D22-D31Blocks/bladesD32-D39BoringbarsD40-D41Modules- internalD42-D45Monobloc-internalD46-D48Threadingh[mm]AX05.. 16 7897203/M4,0X14/T15 7897208/TORX T15 TAX05.. 20 - 25 7897205/M5,0X18/T20 7897207/TORX T20 TAX10.. 16 7897203/M4,0X14/T15 7897208/TORX T15 TAX10.. 20 - 25 7897205/M5,0X18/T20 7897207/TORX T20 TAX15.. 20 - 25 7897205/M5,0X18/T20 7897207/TORX T20 TD50-D55UTS/HSK-TD56-D61AXC13D25

ToolsMonobloc tool holders – AXGX09D22GX16AX monobloc toolholders 90°h2fh1Tmaxl 2l 1h=h 1b hD minsD23GX24D24AX 0°/90°D25-D26SXPicture shows right-hand versionType,h b s D min T max h 2 l 1 l 2 fdescription [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]E16R9005-1616J-AX0510 5 21.0 110 13.5 28.00 AX05..16 16E16R9010-1616J-AX10 20 10 21.0 110 13.0 38.00 AX10..E20R9005-2020J-AX0510 5 25.0 110 12.0 28.00 AX05..E20R9010-2020J-AX10 20 2020 10 25.0 110 13.0 38.00 AX10..RE20R9015-2020J-AX15 30 15 25.0 110 13.0 49.00 AX15..E25R9005-2525L-AX0510 5 30.0 140 12.0 33.00 AX05..E25R9010-2525J-AX10 25 2520 10 30.0 110 13.0 43.00 AX10..E25R9015-2525L-AX15 30 15 30.0 140 13.0 49.00 AX15..3.0E16L9005-1616J-AX0510 5 21.0 110 13.5 28.00 AX05..16 16E16L9010-1616J-AX10 20 10 21.0 110 13.0 38.00 AX10..E20L9005-2020J-AX0510 5 25.0 110 12.0 28.00 AX05..E20L9010-2020J-AX10 20 2020 10 25.0 110 13.0 38.00 AX10..LE20L9015-2020J-AX15 30 15 25.0 110 13.0 49.00 AX15..E25L9005-2525L-AX0510 5 30.0 140 12.0 33.00 AX05..E25L9010-2525J-AX10 25 2520 10 30.0 110 13.0 43.00 AX10..E25L9015-2525L-AX15 30 15 30.0 140 13.0 49.00 AX15..Ordering example: 1 piece E16R9005-1616J-AX05D27FXD28PXD29MaxiClickh[mm]AX05.. 16 - 25 7897203/M4,0X14/T15 7897208/TORX T15 TAX10.. 16 7897203/M4,0X14/T15 7897208/TORX T15 TAX10.. 20 - 25 7897205/M5,0X18/T20 7897207/TORX T20 TAX15.. 20 - 25 7897205/M5,0X18/T20 7897207/TORX T20 TAXC13D30-D31D26

ToolsMonobloc tool holders – SXSX monobloc toolholdersT maxh = h 1Shanksh 2a h 1sfl 3l 2l 1b hD4-D7Modules-externalD8-D20Picture shows right-hand versionMonobloc-externalType,h b s T max h 2 l 1 l 2 l 3 f adescription [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]E16R0016-1616K-SX22.0 16 21.0 125 31 26.0 15.20 7.0 SX216 16E16R0020-1616K-SX3 3.0 20 21.0 125 36 30.0 14.75 7.0 SX3E20R0016-2020K-SX22.0 16 25.0 125 31 26.0 19.20 5.0 SX2E20R0020-2020K-SX3 20 20 3.0 20 25.0 125 38 30.0 18.75 5.0 SX3E20R0025-2020K-SX4 R4.0 25 27.0 125 44 35.0 18.35 5.0 SX4E25R0020-2525M-SX33.0 20 30.0 150 40 30.0 23.75 5.0 SX3E25R0025-2525M-SX4 4.0 25 32.0 150 46 35.0 23.35 5.0 SX425 25E25R0025-2525M-SX5 5.0 25 32.0 150 46 35.0 22.85 5.0 SX5E25R0032-2525M-SX6 6.0 32 33.0 150 54 43.0 22.40 6.0 SX6E16L0016-1616K-SX22.0 16 21.0 125 31 26.0 15.20 7.0 SX216 16E16L0020-1616K-SX3 3.0 20 21.0 125 36 30.0 14.75 7.0 SX3E20L0016-2020K-SX22.0 16 25.0 125 31 26.0 19.20 5.0 SX2E20L0020-2020K-SX3 20 20 3.0 20 25.0 125 38 30.0 18.75 5.0 SX3E20L0025-2020K-SX4 L4.0 25 27.0 125 44 35.0 18.35 5.0 SX4E25L0020-2525M-SX33.0 20 30.0 150 40 30.0 23.75 5.0 SX3E25L0025-2525M-SX4 4.0 25 32.0 150 46 35.0 23.35 5.0 SX425 25E25L0025-2525M-SX5 5.0 25 32.0 150 46 35.0 22.85 5.0 SX5E25L0032-2525M-SX6 6.0 32 33.0 150 54 43.0 22.40 6.0 SX6D22-D31Blocks/bladesD32-D39BoringbarsD40-D41Modules- internalOrdering example: 1 piece E16R0016-1616K-SX2D42-D45Monobloc-internalD46-D48ThreadingD50-D55UTS/HSK-Th[mm]16 - 25 7897218/M4,0X18/T20 7897207/TORX T20 TD56-D61SX-ESX-RC14C14D27

ToolsMonobloc tool holders – FXGX09FX monobloc toolholdersh1Dmaxh = h 1hl 2l 1D22GX16fbsh 2D23GX24D24AX 0°/90°D25-D26SXPicture shows left-hand versionType,h b s D max h 2 l 1 l 2 fdescription [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]XLCER 1010 M22 FX10 10 2.2 30 19.5 150 19 9.18 FX 2.2..XLCER 1212 F22 FX2.2 30 19.5 80 19 11.18 FX 2.2..12 12XLCER 1212 M22 FX 2.2 30 19.5 150 19 11.18 FX 2.2..XLCER 1414 M22 FX 14 14 2.2 30 19.5 150 19 13.18 FX 2.2..XLCER 1612 H22 FX2.2 30 19.5 100 19 11.18 FX 2.2..R 16 12XLCFR 1612 H31 FX 3.1 35 22.5 100 22 10.80 FX 3.1..XLCFR 2016 K31 FX3.1 40 26.0 125 26 14.80 FX 3.1..20 16XLCFR 2016 K41 FX 4.1 40 26.0 125 26 14.40 FX 4.1..XLCFR 2520 M31 FX3.1 50 31.5 150 32 18.80 FX 3.1..25 20XLCFR 2520 M41 FX 4.1 50 31.5 150 32 18.40 FX 4.1..XLCEL 1010 M22 FX10 10 2.2 30 19.5 150 19 9.18 FX 2.2..XLCEL 1212 F22 FX2.2 30 19.5 80 19 11.18 FX 2.2..12 12XLCEL 1212 M22 FX 2.2 30 19.5 150 19 11.18 FX 2.2..XLCEL 1414 M22 FX 14 14 2.2 30 19.5 150 19 13.18 FX 2.2..XLCEL 1612 H22 FX2.2 30 19.5 100 19 11.18 FX 2.2..L 16 12XLCFL 1612 H31 FX 3.1 35 22.5 100 22 10.80 FX 3.1..XLCFL 2016 K31 FX3.1 40 26.0 125 26 14.80 FX 3.1..20 16XLCFL 2016 K41 FX 4.1 40 26.0 125 26 14.40 FX 4.1..XLCFL 2520 M31 FX3.1 50 31.5 150 32 18.80 FX 3.1..25 20XLCFL 2520 M41 FX 4.1 50 31.5 150 32 18.40 FX 4.1..Ordering example: 1 piece XLCER 1010 M22 FXD27FXD28PXD29MaxiClicks[mm]2.2 7802180/A 2,23.1 7802181/A 3,14.1 7802181/A 3,1FXC16-C17D30-D31D28

ToolsMonobloc tool holders – PXPX monobloc toolholdersØ D maxh 2sf a h 1T maxl 3l 1l 2h = h 1hbShanksD4-D7Modules-externalD8-D20Picture shows right-hand versionMonobloc-externalType,h b s T max D max h 2 l 1 l 2 l 3 f adescription [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]E16R0005-1616K-PX20-11.0 515.00PX20-1..E16R0010-1616K-PX20-2 R1.5 10 15.40 PX20-2..E16R0010-1616K-PX20-3 2.0 10 15.20 PX20-3..16 1652 23.0 125 31 32.04.0E16L0005-1616K-PX20-11.0 5 15.00 PX20-1..E16L0010-1616K-PX20-2 L1.5 10 15.40 PX20-2..E16L0010-1616K-PX20-3 2.0 10 15.20 PX20-3..E20R0005-2020L-PX20-11.0 519.00 PX20-1..E20R0011-2020L-PX20-2 R1.5 11 19.40 PX20-2..E20R0011-2020L-PX20-3 2.0 11 19.20 PX20-3..20 2062 27.0 140 34E20L0005-2020L-PX20-11.0 5 19.00 PX20-1..E20L0011-2020L-PX20-2 L1.5 11 19.40 PX20-2..E20L0011-2020L-PX20-3 2.0 11 19.20 PX20-3..Ordering example: 1 piece E16R0005-1616K-PX20-1D22-D31Blocks/bladesD32-D39BoringbarsD40-D41Modules- internalD42-D45Monobloc-internalD46-D48Threadingh[mm]16 7897218/M4,0X18/T20 7897207/TORX T20 T 10008867/GS-M4.020 7897218/M4,0X18/T20 7883304/TORX T25 T 10008868/GS-M5.0D50-D55UTS/HSK-TD56-D61PXC18D29

fToolsMonobloc tool holders – MC05GX09MaxiClick 05l 2h = h 1h 2h 1hD22GX16l 1bsT maxD23GX24D24AX 0°/90°Picture shows right-hand versionType,h b s min s max T max h 2 l 1 l 2 fdescription [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]MC05R-1010K10 1013.0 125 23 8.50MC05R-1212K 12 12 15.0 125 23 10.50MC05R-1616K R 16 16 19.0 125 23 14.50MC05R-2020K 20 20 23.0 125 23 18.50MC05R-2525M 25 25 28.0 150 23 23.501.00 1.50 5MC05L-1010K10 10 13.0 125 23 8.50MC05L-1212K 12 12 15.0 125 23 10.50MC05L-1616K L 16 16 19.0 125 23 14.50MC05L-2020K 20 20 23.0 125 23 18.80MC05L-2525M 25 25 28.0 150 23 23.50Ordering example: 1 piece MC05R-1010KMC 05..D25-D26SXD27FXD28PXD29MaxiClickh[mm]10 - 25 7818429/M4,0X11/T15 7897208/TORX T15 TMaxiClickD30-D31C20D30

ToolsMonobloc tool holders – MC10MaxiClick 10h = h 1Shanks3D4-D7Modules-externalPicture shows right-hand versionD8-D20Monobloc-externalType,h b s min s max T max h 2 l 1 l 2 l 3 f adescription [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]MC10R-1010K10 1013.0 125 28 8.50MC10R-1010K-S 10 10 19.0 125 28 27.0 8.50 6.0MC10R-1212K 12 12 15.0 125 28 10.50MC10R-1212K-S R 12 12 19.0 125 28 27.0 10.50 4.0MC10R-1616K 16 16 19.0 125 28 14.50MC10R-2020K 20 20 23.0 125 28 18.50MC10R-2525M 25 25 28.0 152 28 23.501.50 2.50 10MC10L-1010K10 10 13.0 125 28 8.50MC10L-1010K-S 10 10 19.0 125 28 27.0 8.50 6.0MC10L-1212K 12 12 15.0 125 28 10.50MC10L-1212K-S L 12 12 19.0 125 28 27.0 10.50 4.0MC10L-1616K 16 16 19.0 125 28 14.50MC10L-2020K 20 20 23.0 125 28 18.50MC10L-2525M 25 25 28.0 152 28 23.50Ordering example: 1 piece MC10R-1010KMC 10..D22-D31Blocks/bladesD32-D39BoringbarsD40-D41Modules- internalD42-D45Monobloc-internalD46-D48Threadingh[mm]10 - 25 7818429/M4,0X11/T15 7897208/TORX T15 TD50-D55UTS/HSK-TD56-D61MaxiClickC21D31

ToolsBlades – GXGXGX bladesb 1h2D32SXl 1 150°bTmaxsD33SXreinforcedD34-D35LXh 2 Type,s min s max T max b b 1 l 1[mm] description[mm] [mm] [mm] [mm] [mm] [mm]XLCFN 3202-GX24-1S2.00 2.751.60 6.2 180 GX24-1..32XLCFN 3203 GX24-2S 2.76 3.75 2.10 6.2 180 GX24-2..N21XLCFN 3204 GX24-3S 3.76 5.00 3.05 6.2 180 GX24-3..XLCFN 3206 GX24-4S 5.01 6.50 4.20 6.2 180 GX24-4..Ordering example: 1 piece XLCFN 3202-GX24-1SD36FXD37SBN...KD38SBN...KSD39h 2[mm]32 7897221/M3,5X14,0/T15 7897208/TORX T15 T DMSD 3,2Nm/SORT T15GX-EGX-RC6 C12 D38-D39D32

ToolsBlades for system SXShanksD4-D7Modules-externalD8-D20Monobloc-externalh 2 Type,s T max b b 1 l 1[mm] description[mm] [mm] [mm] [mm] [mm]XLCFR 2602-SX2 R 2.0 25 1.50 2.4 110 SX226XLCFL 2602-SX2 L 2.0 25 1.50 2.4 110 SX2XLCFN 2603-SX3 N 3.0 35 2.40 110 SX3XLCFN 2604-SX4 N 4.0 40 3.20 110 SX4XLCFR 3202-SX2 R 2.0 25 1.50 2.4 150 SX2XLCFL 3202-SX2 L 2.0 25 1.50 2.4 150 SX232XLCFN 3203-SX3 N 3.0 50 2.40 150 SX3XLCFN 3204-SX4 N 4.0 50 3.20 150 SX4XLCFN 3205-SX5 N 5.0 55 4.20 150 SX5XLCFN 3206-SX6 N 6.0 60 5.20 150 SX6D22-D31Blocks/bladesD32-D39BoringbarsOrdering example: 1 piece XLCFR 2602-SX2D40-D41Modules- internalD42-D45Monobloc-internalD46-D48Threadings[mm]SX2 2.0 10005884/S12-3SX3 3.0 10005884/S12-3SX4 4.0 10001365/S15-4SX5 5.0 10001365/S15-4SX6 6.0 10001365/S15-4D50-D55UTS/HSK-TD56-D61SX-ESX-RC14 C14 D38-D39D33

ToolsSystem SX, reinforced bladeGX l 1D32SXsbb 1h 2 D33SXreinforcedD34-D35LXPicture shows right-hand versionh 2 Type,s T max D max b b 1 l 1[mm] description[mm] [mm] [mm] [mm] [mm] [mm]26XLCFR 2608-SX22.01.50 8.0 110 SX2RXLCFR 2608-SX3 3.0 2.50 8.0 110 SX322 44XLCFL 2608-SX22.0 1.50 8.0 110 SX2LXLCFL 2608-SX3 3.0 2.50 8.0 110 SX3Ordering example: 1 piece XLCFR 2608-SX2D36FXD37SBN...KD38SBN...KSD39s[mm]SX2 2.0 10005884/S12-3SX3 3.0 10005884/S12-3SX-ESX-RC14 C14 D38-D39D34

ToolsSystem SX, reinforced bladeShanks l 1sbb 1h 2 D4-D7Modules-externalPicture shows right-hand versionD8-D20Monobloc-externalh 2 Type,s T max D max b b 1 l 1[mm] description[mm] [mm] [mm] [mm] [mm] [mm]32XLCFR 3208-SX33.02.50 8.0 110 SX3RXLCFR 3208-SX4 4.0 3.40 8.0 110 SX433 66XLCFL 3208-SX33.0 2.50 8.0 110 SX3LXLCFL 3208-SX4 4.0 3.40 8.0 110 SX4D22-D31Blocks/bladesOrdering example: 1 piece XLCFR 3208-SX3D32-D39BoringbarsD40-D41Modules- internalD42-D45Monobloc-internalD46-D48Threadings[mm]SX3 3.0 10005884/S12-3SX4 4.0 10001365/S15-4D50-D55UTS/HSK-TD56-D61SX-ESX-RC14 C14 D38-D39D35

ToolsBlades – LXGXLX bladesD32SXD33SXreinforcedh 2 Type,s min s max T max b l 1[mm] description[mm] [mm] [mm] [mm] [mm]46 XLCEN 4608 LX N 8.00 10.00 80 6.80 250 LX-..Ordering example: 1 piece XLCEN 4608 LXD34-D35LXD36FXD37SBN...KD38SBN...KSD39h 2[mm]46 7897218/M4,0X18/T20 7897207/TORX T20 T DMSD 4,0Nm/SORT T20LX-ELX-RC15 C15 D38D36

ToolsBlades – FXFX bladesShanksD4-D7Modules-externalD8-D20Monobloc-externalh 2 Type,s T max b l 1[mm] description[mm] [mm] [mm] [mm]XLCEN 2602 J22 FX2.2 25 1.65 110 FX 2.2..26 XLCFN 2603 J31 FX 3.1 35 2.40 110 FX 3.1..XLCFN 2604 J41 FX 4.1 40 3.20 110 FX 4.1..XLCEN 3202 M22 FX 2.2 30 1.65 150 FX 2.2..XLCFN 3203 M31 FX 3.1 50 2.40 150 FX 3.1..N32 XLCFN 3204 M41 FX 4.1 50 3.20 150 FX 4.1..XLCFN 3205 M51 FX 5.1 55 4.00 150 FX 5.1..XLCFN 3206 M65 FX 6.5 55 5.20 150 FX 6.5..46XLCEN 4608 S82 FX 8.2 80 6.80 250 FX 8.2..XLCEN 4609 S97 FX 9.7 80 8.00 250 FX 9.7..D22-D31Blocks/bladesD32-D39BoringbarsOrdering example: 1 piece XLCEN 2602 J22 FXD40-D41Modules- internalD42-D45Monobloc-internalD46-D48ThreadingD50-D55UTS/HSK-TFX 2.2.. 7802180/A 2,2FX 3.1.. 7802181/A 3,1FX 8.2.. 7802182/A 8,2D56-D61FXC16-C17D38-D39D37

ToolsClamping blocksGXClamping blocksD32SXD33SXreinforcedD34-D35LXh 2 Type,h=h 1 b l 1 b 1 h 3[mm] description[mm] [mm] [mm] [mm] [mm]26 SBN 2020-26 K 20 20 90 33.0 39 XLC.. 26..32SBN 2520-32 K 25 20 110 36.0 48SBN 3229-32 K 32 29 120 44.5 48XLC.. 32..46SBN 3229-46 K 32 29 150 52.0 70SBN 4037-46 K 40 37 150 60.0 70XLC.. 46..Ordering example: 1 piece SBN 2020-26 KD36FXD37SBN...KThe blocks are delivered without coolant set.When applying through-tool coolant, order the additionalcoolant set separately.D38SBN...KSD39h 2[mm]26 7802115/M6X25 DIN 912 7812301/SW 5 7802148/R1/8"/SORT32 7802115/M6X25 DIN 912 7812301/SW 5 7802148/R1/8"/SORT46 7802133/M8X35 DIN 912 7812302/SW 6 7802143/R1/4" SETGX SX LX FXD32 D33-D35 D36 D37D38

ToolsSplit clamping blocksSplit clamping blocksShanksD4-D7h3hl 1b 1bh1h2Modules-externalD8-D20Monobloc-externalh 2 Type,h=h 1 b h 3 b 1 l 1[mm] description[mm] [mm] [mm] [mm] [mm]26 SBN 2020-26 KS 20 20 43 37 90 XLC.. 26..32 SBN 2520-32 KS 25 20 49 38 110 XLC.. 32..32 SBN 3229-32 KS 32 29 52 47 120 XLC.. 32..D22-D31Blocks/bladesOrdering example: 1 piece SBN 2020-26 KSD32-D39BoringbarsD40-D41Modules- internalD42-D45Monobloc-internalThe blocks are delivered without coolant set.When applying through-tool coolant, order the additionalcoolant set separately.D46-D48Threadingh 2[mm]26 7802115/M6X25 DIN 912 7812301/SW 5 7802148/R1/8"/SORT32 7802115/M6X25 DIN 912 7812301/SW 5 7802148/R1/8"/SORTD50-D55UTS/HSK-TD56-D61GX SX FXD32 D33-D35 D37D39

ToolsBoring bars1,5 x DBoring bars 1.5DD402,5 x DDTmaxl 2l 1l 3dAd2fD41Picture shows right-hand versionType,d A l 2 T max D d 2 l 1 l 3 fBgr. description[mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]16 MSS-I16R90-1.5D-N20 24 4 20 25 82 50 1.00 MSS-I16R..20 MSS-I20R90-1.5D-N 20 30 5 25 25 87 50 1.00 MSS-I20R..25 MSS-I25R90-1.5D-N R 25 38 6 32 32 102 56 1.50 MSS-I25R..32 MSS-I32R90-1.5D-N 32 48 9 40 40 119 60 2.00 MSS-I32R..40 MSS-I40R90-1.5D-N 40 60 10 50 50 142 70 2.50 MSS-I40R..16 MSS-I16L90-1.5D-N20 24 4 20 25 82 50 1.00 MSS-I16L..20 MSS-I20L90-1.5D-N 20 30 5 25 25 87 50 1.00 MSS-I20L..25 MSS-I25L90-1.5D-N L 25 38 6 32 32 102 56 1.50 MSS-I25L..32 MSS-I32L90-1.5D-N 32 48 9 40 40 119 60 2.00 MSS-I32L..40 MSS-I40L90-1.5D-N 40 60 10 50 50 142 70 2.50 MSS-I40L..Ordering example: 1 piece MSS-I16R90-1.5D-NBgr. = assembly sizeWhen using moduleMSS-I40N19-GX24.. the following applies:GX24:T max = +9 mmD = +10 mmD43Bgr.16 7897200/M2,5X10/T08 7724106/TORX T0820 7897201/M3,0X11/T10 7883306/TORX T1025 7897202/M3,5X12,5/T15 7897208/TORX T15 T32 7897204/M4,5X17/T20 7897207/TORX T20 T40 7897205/M5,0X18/T20 7897207/TORX T20 TGXTCD42-D45D52D40

ToolsBoring barsBoring bars 2.5DShanks*DdAfD4-D7Tmaxl 2l 1h* 2 clamping faces appliesonly forMSS-I32R/L90-2.5D-NhModules-externalPicture shows right-hand versionD8-D20Monobloc-externalType,d A l 2 T max h l 1 D fBgr. description[mm] [mm] [mm] [mm] [mm] [mm] [mm]16 MSS-I16R90-2.5D-N20 40 4 19 180 20 4.50 MSS-I16R..20 MSS-I20R90-2.5D-N 25 50 5 24 200 25 6.00 MSS-I20R..25 MSS-I25R90-2.5D-N R 32 63 6 31 250 32 7.00 MSS-I25R..32 MSS-I32R90-2.5D-N 40 80 9 38 300 40 9.50 MSS-I32R..40 MSS-I40R90-2.5D-N 50 100 10 48.5 350 50 11.00 MSS-I40R..16 MSS-I16L90-2.5D-N20 40 4 19 180 20 4.50 MSS-I16L..20 MSS-I20L90-2.5D-N 25 50 5 24 200 25 6.00 MSS-I20L..25 MSS-I25L90-2.5D-N L 32 63 6 31 250 32 7.00 MSS-I25L..32 MSS-I32L90-2.5D-N 40 80 9 38 300 40 9.50 MSS-I32L..40 MSS-I40L90-2.5D-N 50 100 10 48.5 350 50 11.00 MSS-I40L..D22-D31Blocks/bladesD32-D39BoringbarsOrdering example: 1 piece MSS-I16R90-2.5D-NBgr. = assembly sizeD40-D41Modules- internalWhen using moduleMSS-I40N19-GX24.. the following applies:D43GX24:T max = +9 mmD = +10 mmD42-D45Monobloc-internalD46-D48ThreadingBgr.16 7897200/M2,5X10/T08 7724106/TORX T0820 7897201/M3,0X11/T10 7883306/TORX T1025 7897202/M3,5X12,5/T15 7897208/TORX T15 T32 7897204/M4,5X17/T20 7897207/TORX T20 T40 7897205/M5,0X18/T20 7897207/TORX T20 TD50-D55UTS/HSK-TD56-D61GXTCD42-D45D52D41

MSS modules - internalGrooving and turning – GX09GX09GX09D42GX16D43GX24D43GX09D44GX16Picture shows right-hand versionType,s min s max T max h 2 D min f s 1Bgr. description[mm] [mm] [mm] [mm] [mm] [mm] [mm]16MSS-I16R04-GX09-12.00 2.75 4 16.4 20 10.00 3.8 GX09-1..MSS-I16R04-GX09-2 2.76 3.75 4 16.4 20 10.00 3.8 GX09-2..20MSS-I20R05-GX09-1 2.00 2.75 5 20.3 25 12.00 3.8 GX09-1..RMSS-I20R05-GX09-2 2.76 3.75 5 20.3 25 12.00 3.8 GX09-2..25MSS-I25R06-GX09-1 2.00 2.75 6 24.9 32 15.50 3.8 GX09-1..MSS-I25R06-GX09-2 2.76 3.75 6 24.9 32 15.50 3.8 GX09-2..16MSS-I16L04-GX09-12.00 2.75 4 16.4 20 10.00 3.8 GX09-1..MSS-I16L04-GX09-2 2.76 3.75 4 16.4 20 10.00 3.8 GX09-2..20MSS-I20L05-GX09-1 2.00 2.75 5 20.3 25 12.00 3.8 GX09-1..LMSS-I20L05-GX09-2 2.76 3.75 5 20.3 25 12.00 3.8 GX09-2..25MSS-I25L06-GX09-1 2.00 2.75 6 24.9 32 15.50 3.8 GX09-1..MSS-I25L06-GX09-2 2.76 3.75 6 24.9 32 15.50 3.8 GX09-2..Ordering example: 1 piece MSS-I16R04-GX09-1Bgr. = assembly sizeD45GX-E GX-S GX-R 1.5D 2.5D UTSC4 C8 C10 D40 D41 D59D42

MSS modules - internalGrooving and turning – GX16/24GX16/24ShanksD4-D7Modules-externalPicture shows right-hand versionD8-D20Monobloc-externalType,s min s max T max h 2 D min f s 1Bgr. description[mm] [mm] [mm] [mm] [mm] [mm] [mm]MSS-I32R09-GX16-12.00 2.7532.2 40 20.00 5.9 GX16-1..32MSS-I32R09-GX16-2 2.76 3.75 32.2 40 20.00 5.9 GX16-2..9MSS-I32R09-GX16-3 3.76 5.00 32.2 40 20.00 5.9 GX16-3..MSS-I32R09-GX16-4 5.01 6.50 32.2 40 20.00 5.9 GX16-4..RMSS-I40R10-GX16-1 2.00 2.7539.6 50 24.50 5.9 GX16-1..40MSS-I40R10-GX16-2 2.76 3.75 39.6 50 24.50 5.9 GX16-2..10MSS-I40R10-GX16-3 3.76 5.00 39.6 50 24.50 5.9 GX16-3..MSS-I40R10-GX16-4 5.01 6.50 39.6 50 24.50 5.9 GX16-4..MSS-I32L09-GX16-12.00 2.7532.2 40 20.00 5.9 GX16-1..32MSS-I32L09-GX16-2 2.76 3.75 32.2 40 20.00 5.9 GX16-2..9MSS-I32L09-GX16-3 3.76 5.00 32.2 40 20.00 5.9 GX16-3..MSS-I32L09-GX16-4 5.01 6.50 32.2 40 20.00 5.9 GX16-4..LMSS-I40L10-GX16-1 2.00 2.7539.6 50 24.50 5.9 GX16-1..MSS-I40L10-GX16-2 2.76 3.75 39.6 50 24.50 5.9 GX16-2..10MSS-I40L10-GX16-3 3.76 5.00 39.6 50 24.50 5.9 GX16-3..40 MSS-I40L10-GX16-4 5.01 6.50 39.6 50 24.50 5.9 GX16-4..MSS-I40N19-GX24-22.76 3.7540.7 60 33.50 6.2 GX24-2..MSS-I40N19-GX24-3 N 3.76 5.00 19 40.7 60 33.50 6.2 GX24-3..MSS-I40N19-GX24-4 5.01 6.50 40.7 60 33.50 6.2 GX24-4..Ordering example: 1 piece MSS-I32R09-GX16-1Bgr. = assembly sizeD22-D31Blocks/bladesD32-D39BoringbarsD40-D41Modules- internalD42-D45Monobloc-internalD46-D48ThreadingD50-D55UTS/HSK-TD56-D61GX-E GX-S GX-R 1.5D 2.5D UTSC5-C6 C9 C11-C12 D40 D41 D59D43

MSS modules - internalCirclip and radius grooves – GX09GX09GX09D42GX16D43GX24D43GX09Picture shows right-hand versionType,s min s max T max h 2 D min f s 1Bgr. description[mm] [mm] [mm] [mm] [mm] [mm] [mm]16 MSS-I16R02-GX09-116.45 20 10.00 3.820 MSS-I20R02-GX09-1 R20.35 25 12.00 3.825 MSS-I25R02-GX09-1 24.95 32 15.50 3.80.60 1.95 216 MSS-I16L02-GX09-116.45 20 10.00 3.820 MSS-I20L02-GX09-1 L20.35 25 12.00 3.825 MSS-I25L02-GX09-1 24.95 32 15.50 3.8Ordering example: 1 piece MSS-I16R02-GX09-1Bgr. = assembly sizeGX09-1.. R/LD44GX16D45GX-S GX-R 1.5D 2.5D UTSC8 C10 D40 D41 D59D44

MSS modules - internalCirclip and radius grooves – GX16GX16ShanksD4-D7Modules-externalPicture shows right-hand versionD8-D20Monobloc-externalType,s min s max T max h 2 D min f s 1Bgr. description[mm] [mm] [mm] [mm] [mm] [mm] [mm]32 MSS-I32R03-GX16-232.2 40 20.00 5.9R40 MSS-I40R03-GX16-2 39.6 50 24.50 5.90.60 2.75 332 MSS-I32L03-GX16-232.2 40 20.00 5.9L40 MSS-I40L03-GX16-2 39.6 50 24.50 5.9Ordering example: 1 piece MSS-I32R03-GX16-2Bgr. = assembly sizeGX16-2.. R/LD22-D31Blocks/bladesD32-D39BoringbarsD40-D41Modules- internalD42-D45Monobloc-internalD46-D48ThreadingD50-D55UTS/HSK-TD56-D61GX-S GX-R 1.5D 2.5D UTSC9 C11 D40 D41 D59D45

ToolsMonobloc boring bars – GX09GX09GX monobloc boringbarsD46GX16DfsT maxl 1l 2dAhD47GX24Picture shows right-hand versionType,d A l 2 s min s max T max h l 1 D fdescription [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]I12R90-2.5D-GX09RI12L90-2.5D-GX09L16 30 0.60 3.75 3 15.25 150 16 11 GX09..Ordering example: 1 piece I12R90-2.5D-GX09D48Attention:When using right-hand or left-hand inserts, the toolrequires modification to prevent the insert fouling.16 7897202/M3,5X12,5/T15 7897208/TORX T15 TGX-E GX-S GX-RC4 C8 C10D46

ToolsMonobloc boring bars – GX16GX monobloc boringbarsShanksD4-D7DfsdAhModules-externalT maxl 1l 2Picture shows right-hand versionD8-D20Monobloc-externalType,d A l 2 s min s max T max h l 1 D fdescription [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]I16R90-2.0D-GX16-132 2.00 2.75 5.5 15.25 150 20.5 13.5 GX16-1..16I16R90-2.0D-GX16-2 32 0.60 3.75 5.5 15.25 150 20.5 13.5 GX16-2..I20R90-2.0D-GX16-2 20 40 0.60 3.75 5.5 19 180 25.0 15.5 GX16-2..I25R90-2.0D-GX16-2R50 0.60 3.75 8.0 24 200 32.0 20.5 GX16-2..25I25R90-2.0D-GX16-3 50 3.76 5.00 10.0 24 200 32.0 22.5 GX16-3..I32R90-2.0D-GX16-264 0.60 3.75 11.0 31 250 42.0 27.5 GX16-2..32I32R90-2.0D-GX16-3 64 3.76 5.00 11.0 31 250 42.0 27.5 GX16-3..I16L90-2.0D-GX16-132 2.00 2.75 5.5 15.25 150 20.5 13.5 GX16-1..16I16L90-2.0D-GX16-2 32 0.60 3.75 5.5 15.25 150 20.5 13.5 GX16-2..I20L90-2.0D-GX16-2 20 40 0.60 3.75 5.5 19 180 25.0 15.5 GX16-2..I25L90-2.0D-GX16-2L50 0.60 3.75 8.0 24 200 32.0 20.5 GX16-2..25I25L90-2.0D-GX16-3 50 3.76 5.00 10.0 24 200 32.0 22.5 GX16-3..I32L90-2.0D-GX16-264 0.60 3.75 11.0 31 250 42.0 27.5 GX16-2..32I32L90-2.0D-GX16-3 64 3.76 5.00 11.0 31 250 42.0 27.5 GX16-3..Ordering example: 1 piece I16R90-2.0D-GX16-1D22-D31Blocks/bladesD32-D39BoringbarsD40-D41Modules- internalD42-D45Monobloc-internalAttention:When using right-hand or left-hand inserts, the toolrequires modification to prevent the insert fouling.D46-D48ThreadingD50-D55UTS/HSK-Td A[mm]16 - 32 7897203/M4,0X14/T15 7897208/TORX T15 TD56-D61GX-E GX-S GX-RC5 C9 C11D47

ToolsMonobloc boring bars – GX24GX09GX monobloc boringbarsD46GX16DfsT maxl 1l 2dAhD47GX24D48Picture shows right-hand versionType,d A l 2 s min s max T max h l 1 D fdescription [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm]I32R90-2.0D-GX24-264 2.76 3.75 11.0 31.0 250 42 27.5 GX24-2..I32R90-2.0D-GX24-3 32 64 3.76 5.00 11.0 31.0 250 42 27.5 GX24-3..I32R90-2.0D-GX24-4 R64 5.01 6.50 17.5 31.0 250 47 30.4 GX24-4..I40R90-2.0D-GX24-380 3.76 5.00 12.0 38.5 300 53 32.5 GX24-3..40I40R90-2.0D-GX24-4 80 5.01 6.50 17.5 38.5 300 57 34.4 GX24-4..I32L90-2.0D-GX24-264 2.76 3.75 11.0 31 250 42 27.5 GX24-2..I32L90-2.0D-GX24-3 32 64 3.76 5.00 11.0 31.0 250 42 27.5 GX24-3..I32L90-2.0D-GX24-4 L64 5.01 6.50 17.5 31.0 250 47 30.4 GX24-4..I40L90-2.0D-GX24-380 3.76 5.00 12.0 38.5 300 53 32.5 GX24-3..40I40L90-2.0D-GX24-4 80 5.01 6.50 17.5 38.5 300 57 34.4 GX24-4..Ordering example: 1 piece I32R90-2.0D-GX24-2d A[mm]32 - 40 7897205/M5,0X18/T20 7897207/TORX T20 TGX-EGX-RC6C12D48

ShanksD4-D7Modules-externalD8-D20Monobloc-externalD22-D31Blocks/bladesD32-D39BoringbarsD40-D41Modules- internalD42-D45Monobloc-internalD46-D48ThreadingD50-D55UTS/HSK-TD56-D61D49

MSS modules - externalThread turning – TCTC16TC16D50TCmonoblocD51TC16D52TCmonoblocPicture shows right-hand versionPitch PType,P min P max P min P max T max h 1 h 2 l 1 f RBgr. description[mm] [mm] [TPI] [TPI] [mm] [mm] [mm] [mm] [mm] [mm]20 MSS-E20N-TC16-21.75 3.00 14 8 12 20 24 20 2.20 TC16-2..N25 MSS-E25N-TC16-3 3.50 5.00 7 5 12 25 30 25 3.10 TC16-3..20 MSS-E20R-TC16-10.50 1.50 48 16 8 20 24 20 3.45 30 TC16-1..25 MSS-E25R-TC16-1 R 0.50 1.50 48 16 8 25 30 25 5.20 37.5 TC16-1..25 MSS-E25R-TC16-2 1.75 3.00 14 8 10 25 30 25 4.10 37.5 TC16-2..20 MSS-E20L-TC16-10.50 1.50 48 16 8 20 24 20 3.45 30 TC16-1..25 MSS-E25L-TC16-1 L 0.50 1.50 48 16 8 25 30 25 5.20 37.5 TC16-1..25 MSS-E25L-TC16-2 1.75 3.00 14 8 10 25 30 25 4.10 37.5 TC16-2..Ordering example: 1 piece MSS-E20N-TC16-2Bgr. = assembly sizeD53TC millingD54TCmonoblocUTSD55TC 55° TC 60°C23+C26 C22+C24 D4 D5 D7 D56 D57D50

ToolsMonobloc tool holders – TC threadingTC monobloc toolholdersRT maxShanksh2f h1l 1hbD4-D7Modules-externalPicture shows right-hand versionPitch Pl 2D8-D20Monobloc-externalType,h b P min P max P min P max T max h 1 h 2 l 1 l 2 f Rdescription [mm] [mm] [mm] [mm] [TPI] [TPI] [mm] [mm] [mm] [mm] [mm] [mm] [mm]E12R00-1212-TC16 RE12L00-1212-TC16 L12 12 0.50 3.00 48 8 10 12 14.5 150 20 11 15 TC16-1/2..Ordering example: 1 piece E12R00-1212-TC16D22-D31Blocks/bladesD32-D39BoringbarsD40-D41Modules- internalD42-D45Monobloc-internalD46-D48ThreadingD50-D55UTS/HSK-Th[mm]12 7897209/M4,0X11/T15 7897208/TORX T15 TD56-D61TC 60° TC 55°C22+C24C23+C26D51

MSS modules – internalThread turning – TCTC16TC16D50TCmonoblocD51TC16D52TCmonoblocPicture shows right-hand versionPitch PType,P min P max P min P max T max h 2 f D min s 1Bgr. description[mm] [mm] [TPI] [TPI] [mm] [mm] [mm] [mm] [mm]MSS-I32N-TC16-3 N 3.50 5.00 7 5TC16-3..MSS-I32R-TC16-10.50 1.50 48 16 TC16-1..R32 MSS-I32R-TC16-2 1.75 3.00 14 8 7 32.2 20.00 40 6.2 TC16-2..MSS-I32L-TC16-10.50 1.50 48 16 TC16-1..LMSS-I32L-TC16-2 1.75 3.00 14 8 TC16-2..Ordering example: 1 piece MSS-I32N-TC16-3Bgr. = assembly sizeD53TC millingD54TCmonoblocUTSD55TC 60° TC 55° 1.5D 2.5D UTSC22+C25 C23+C26 D40 D41 D59D52

ToolsMonobloc boring bars – TCTC monobloc boringbarsA - AShanksD4-D7DfTmaxl 2dAhModules-externall 1D8-D20Picture shows right-hand versionMonobloc-externalPitch PType,d A l 2 P min P max P min P max T max h l 1 D min fdescription [mm] [mm] [mm] [mm] [TPI] [TPI] [mm] [mm] [mm] [mm] [mm]I16R90-2D-TC1620 32 0.50 3.00 48 8 4 18 181 20 14.00 TC16-1/2..I20R90-2D-TC16 R 25 40 0.50 5.00 48 5 5 23 200 25 17.50 TC16-..I25R90-2D-TC16 32 50 0.50 5.00 48 5 6 30 250 32 22.00 TC16-..I16L90-2D-TC1620 32 0.50 3.00 48 8 4 18 181 20 14.00 TC16-1/2..I20L90-2D-TC16 L 25 40 0.50 5.00 48 5 5 23 200 25 17.50 TC16-..I25L90-2D-TC16 32 50 0.50 5.00 48 5 6 30 250 32 22.00 TC16-..Ordering example: 1 piece I16R90-2D-TC16D22-D31Blocks/bladesD32-D39BoringbarsD40-D41Modules- internalD42-D45Monobloc-internalD46-D48Threadingd A[mm]20 7897203/M4,0X14/T15 7897208/TORX T15 T25 7897205/M5,0X18/T20 7897207/TORX T20 T32 7897206/M6,0X20/T25 7883304/TORX T25 TD50-D55UTS/HSK-TD56-D61TC 60° TC 55°C22+C25C23+C26D53

ToolsTC milling cuttersTC16TC milling cuttersD50TCmonoblocT maxl 2 l 1D51TC16Picture shows right-hand versionType,d A l 2 T max l 1 D N fdescription [mm] [mm] [mm] [mm] [mm] [mm]I25R90-2D-TC16-W25 54 3.0 140 25 12.5RI32R90-2D-TC16-W 32 68 3.5 166 32 16.0Ordering example: 1 piece I25R90-2D-TC16-WTC16-..D52TCmonoblocD53TC millingD54TCmonoblocUTSD55d A[mm]25 7897207/TORX T20 T 7897204/M4,5X17/T2032 7883304/TORX T25 T 7897206/M6,0X20/T25TC 60° TC 55°C24-C25C26D54

ToolsUTS – MSS TC monobloc boring barsTC monobloc boringbarsShanksDfdAD4-D7ExternalmodulesPicture shows right-hand versionTmaxl 2l 1D8-D20Monobloc-externalType,descriptiond A l 2 l 1 D min f T max[mm] [mm] [mm] [mm] [mm] [mm]UT40-MSS-I16R90-2D-TC16 R 40 32 50 20 14 4 TC16-1/2..UT40-MSS-I20R90-2D-TC16 R 40 40 60 25 17.5 5 TC16-..UT40-MSS-I25R90-2D-TC16 R 40 50 70 32 22 6 TC16-..UT40-MSS-I25L90-2D-TC16 L 40 50 70 32 22 6 TC16-..D22-D31BoringbarsOrdering example: 1 piece UT40-MSS-I16R90-2D-TC16D40-D41InternalmodulesD42-D45Monobloc-internalD46-D48ThreadingD50-D55UTS/HSK-Td A[mm] Bgr.40 16 7897203/M4,0X14/T15 7897208/TORX T15 T 7896900/O-RING 4040 20 7897205/M5,0X18/T20 7897207/TORX T20 T 7896900/O-RING 4040 25 7897206/M6,0X20/T25 7883304/TORX T25 T 7896900/O-RING 40D55-D61Blocks/bladesD32-D39TC 60° TC 55°C22+C25C23+C26D55

ToolsModular system (MSS) - UTSUTS 0°UTS 0°D56UTS 90°D57UTS 45°D58UTS GXPicture shows right-hand versionType,d A h 1 h 2 b 1 l 1 fBgr. description[mm] [mm] [mm] [mm] [mm] [mm]UT40-MSS-E25R0040 25 30.0 26.40 36 20.50 MSS-E25R..25 UT50-MSS-E25R00 50 25 30.0 31.40 42 25.50 MSS-E25R..UT63-MSS-E25R00 R 63 25 30.0 37.40 50 31.50 MSS-E25R..32UT50-MSS-E32R00 50 35 41.8 31.40 49 25.50 MSS-E32R..UT63-MSS-E32R00 63 35 41.8 37.40 50 31.50 MSS-E32R..UT40-MSS-E25L0040 25 30.0 26.40 36 20.50 MSS-E25L..25 UT50-MSS-E25L00 50 25 30.0 31.40 42 25.50 MSS-E25L..UT63-MSS-E25L00 L 63 25 30.0 37.40 50 31.50 MSS-E25L..32UT50-MSS-E32L00 50 35 41.8 31.40 49 25.50 MSS-E32L..UT63-MSS-E32L00 63 35 41.8 37.40 50 31.50 MSS-E32L..Ordering example: 1 piece UT40-MSS-E25R00Bgr. = assembly sizeD59HSK-T 0°D60HSK-T 90°D61d A[mm] Bgr.40 25 7897205/M5,0X18/T20 7897207/TORX T20 T 7896900/O-RING 40 7896904/SD 8X650 25 7897205/M5,0X18/T20 7897207/TORX T20 T 7896940/O-RING 50 7896904/SD 8X663 25 7897205/M5,0X18/T20 7897207/TORX T20 T 7896941/O-RING 63 7896944/SD 12X850 32 7897206/M6,0X20/T25 7883304/TORX T25 T 7896940/O-RING 50 7896904/SD 8X663 32 7897206/M6,0X20/T25 7883304/TORX T25 T 7896941/O-RING 63 7896944/SD 12X8GX GX GX-A AX SX LX FX TCD9-D10 D12 D14 D16 D17 D18 D19-D20 D50D56

ToolsModular system (MSS) - UTSUTS 90°ShanksD4-D7Modules-externalPicture shows right-hand versionD8-D20Monobloc-externalType,d A h 1 h 2 l 1 l 2 fBgr. description[mm] [mm] [mm] [mm] [mm] [mm]25UT40-MSS-E25R9040 25 30.0 33.5 39 20.00 MSS-E25L..UT50-MSS-E25R90 R 50 25 30.0 43.5 49 25.00 MSS-E25L..32 UT63-MSS-E32R90 63 32 38.0 53.5 59 27.00 MSS-E32L..25UT40-MSS-E25L9040 25 30.0 33.5 39 20.00 MSS-E25R..UT50-MSS-E25L90 L 50 25 30.0 43.5 49 25.00 MSS-E25R..32 UT63-MSS-E32L90 63 32 38.0 53.5 59 27.00 MSS-E32R..Ordering example: 1 piece UT40-MSS-E25R90Bgr. = assembly sizeD22-D31Blocks/bladesD32-D39BoringbarsD40-D41Modules- internalD42-D45Monobloc-internalIn case of 90deg please note:Right-hand shank - left-hand moduleLeft-hand shank - right-hand moduleD46-D48Threadingd A[mm] Bgr.40 25 7897205/M5,0X18/T20 7897207/TORX T20 T 7896900/O-RING 40 7896904/SD 8X650 25 7897205/M5,0X18/T20 7897207/TORX T20 T 7896940/O-RING 50 7896904/SD 8X663 32 7897206/M6,0X20/T25 7883304/TORX T25 T 7896941/O-RING 63 7896944/SD 12X8D50-D55UTS/HSK-TD56-D61GX GX GX-A AX SX LX FX TCD9-D10 D12 D14 D16 D17 D18 D19-D20 D50D57

ToolsModular system (MSS) - UTSUTS 0°UTS 45°D56UTS 90°D57UTS 45°Picture shows left-hand versionType,d A h 1 h 2 b 1 l 1 l 2 fBgr. description[mm] [mm] [mm] [mm] [mm] [mm] [mm]25 UT40-MSS-E25L45 L 40 25 30.0 8.00 40 21 0.00 MSS-E25R..Ordering example: 1 piece UT40-MSS-E25L45Bgr. = assembly sizeD58UTS GXD59HSK-T 0°D60HSK-T 90°D61Bgr.25 7897210/M5,0X13,5/T20 7897205/M5,0X18/T20 7897207/TORX T20 T 7896904/SD 8X6GXD12D58

ToolsUTS – MSS boring barsUTS boring barsShanksDdAD4-D7Tmaxl 2l 1fModules-externalPicture shows right-hand versionD8-D20Monobloc-externalType,d A l 2 T max l 1 D min fBgr. description[mm] [mm] [mm] [mm] [mm] [mm]16 UT40-MSS-I16R90-2D R 40 34 4 55 20 1.00 MSS-I16R..20UT40-MSS-I20R90-2D R 40 40 5 60 25 1.00 MSS-I20R..UT40-MSS-I20L90-2D L 40 40 5 60 25 1.00 MSS-I20L..UT40-MSS-I25R90-2D R 40 50 6 70 32 1.50 MSS-I25R..25 UT50-MSS-I25R90-2D R 50 50 6 70 32 1.50 MSS-I25R..UT40-MSS-I25L90-2D L 40 50 6 70 32 1.50 MSS-I25L..UT40-MSS-I32R90-2D R 40 64 9 80 40 2.00 MSS-I32R..32UT50-MSS-I32R90-2D R 50 64 9 90 40 2.00 MSS-I32R..UT40-MSS-I32L90-2D L 40 64 9 80 40 2.00 MSS-I32L..UT50-MSS-I32L90-2D L 50 64 9 90 40 2.00 MSS-I32L..UT40-MSS-I40R90-2D R 40 80 10 92 50 2.50 MSS-I40R..40UT63-MSS-I40R90-2D R 63 80 10 110 50 2.50 MSS-I40R..UT40-MSS-I40L90-2D L 40 80 10 92 50 2.50 MSS-I40L..UT50-MSS-I40L90-2D L 50 80 10 105 50 2.50 MSS-I40L..Ordering example: 1 piece UT40-MSS-I16R90-2DBgr. = assembly sizeD22-D31Blocks/bladesD32-D39BoringbarsD40-D41Modules- internalWhen using moduleMSS-I40N19-GX24.. thefollowing applies:D43GX24:T max = +9 mmD = +10 mmD42-D45Monobloc-internalD46-D48ThreadingBgr.16 7897200/M2,5X10/T08 7724106/TORX T0820 7897201/M3,0X11/T10 7883306/TORX T1025 7897202/M3,5X12,5/T15 7897208/TORX T15 T32 7897204/M4,5X17/T20 7897207/TORX T20 T40 7897205/M5,0X18/T20 7897207/TORX T20 TD50-D55UTS/HSK-TD56-D61GXTCD42-D43D52D59

ToolsModular system (MSS) - HSK-TUTS 0°HSK-T 0°D56UTS 90° D57UTS 45°D58UTS GXPicture shows right-hand versionType,d A h 1 h 2 l 1 b 1 fBgr. description[mm] [mm] [mm] [mm] [mm] [mm]32HSK-T63-MSS-E32R0063 35 41.0 74 44.20 38.70 MSS-E32R..RHSK-T100-MSS-E32R00 100 43.8 49.8 77 54.20 48.70 MSS-E32R..HSK-T63-MSS-E32L0063 35 41.0 74 44.20 38.70 MSS-E32L..LHSK-T100-MSS-E32L00 100 43.8 49.8 77 54.20 48.70 MSS-E32L..Ordering example: 1 piece HSK-T63-MSS-E32R00Bgr. = assembly sizeD59HSK-T 0°D60HSK-T 90°D61d A[mm] Bgr.63 - 100 32 7897206/M6,0X20/T25 7883304/TORX T25 T 7896944/SD 12X8GX GX GX-A SX LX FXD9-D10 D12 D14 D17 D18 D19-D20D60

ToolsModular system (MSS) - HSK-THSK-T 90°Shanks D4-D7Modules-external Picture shows right-hand versionD8-D20Monobloc-externalType,d A h 1 h 2 l 1 l 2 fBgr. description[mm] [mm] [mm] [mm] [mm] [mm]32HSK-T63-MSS-E32R9063 34.8 40.9 63.7 69.2 31.50 MSS-E32L..RHSK-T100-MSS-E32R90 100 43.8 49.8 73.7 79.2 50.00 MSS-E32L..HSK-T63-MSS-E32L9063 34.8 40.9 63.7 69.2 31.50 MSS-E32R..LHSK-T100-MSS-E32L90 100 43.8 49.8 73.7 79.2 50.00 MSS-E32R..Ordering example: 1 piece HSK-T63-MSS-E32R90Bgr. = assembly sizeD22-D31Blocks/bladesD32-D39BoringbarsD40-D41Modules- internalD42-D45Monobloc-internalD46-D48ThreadingD50-D55UTS/HSK-Td A[mm] Bgr.63 - 100 32 7897206/M6,0X20/T25 7883304/TORX T25 T 7896944/SD 12X8D56-D61GX GX GX-A SX LX FXD9-D10 D12 D14 D17 D18 D19-D20D61

E3-E4ApplicationrecommendationsTolerancesE5ReducedpartingandgroovingdepthE6-E7TorquemomentsE8-E9E2

Tool - settingApplication recommendationsCentre heightGeneralE3-E90,1The centre height should be set within atolerance of ± 0.1 mm to the work piece axis.This is especially important when partinginto centre.E10-E12Tool settingE13-E17E18-E2190°The parting and grooving tool must bemounted with a 90° angle to the axis of thework piece.E22-E27E28-E41Tool overhangE42-E46E47lal aE48-E49For optimum stability the tool overhang has to be kept as short as possible. The followingrule can be applied: overhang l a should not be larger than 8 x s (cutting width).E50-E51E3

Tool - settingApplication recommendationsWork piece overhangApplicationrecommendationsE3-E4TolerancesE5ReducedpartingandgroovingdepthE6-E7TorquemomentsIn order to avoid vibration the work piece should be clamped with the minimum overhang possible.Advice for part-off operationsE8-E9From dia. 5 mm on, reduce feedrate 'f' by approx. 50%.No part-off across centre (riskof breakage).For parting pip-free, use R or Linserts.Because of lateral deflectionreduce feed rate 'f' by approx.20% - 50%.In order to prevent ringformation, use R or L inserts.Because of lateral deflectionreduce feed rate 'f' by approx.20% - 50%.Advice for grooving operationsasWhen grooving with an axialdisplacement the width 'a' shouldbe at least 70% of the cutting width's'.When grooving inclined surfacesthe feed should be reducedby approx. 20% - 50% at thebeginning.E4

1InsertsTolerancesGX09-S / GX16-STolerances (mm)Chip groove x s rR/L–±0,02 ±0,02N ±0,05GX09-RTolerances (mm)Chip groove x s r– ±0,02 ±0,02 ±0,05Chip groove-27P–GX16-RTolerances (mm)x s r±0,02 ±0,02 ±0,05GX24-RTolerances (mm)Chip groove x s r-27P ±0,02 ±0,02 ±0,05-M3 ±0,15 ±0,05 ±0,05GX09-ETolerances (mm)Chip groove x s r-F2±0,02 ±0,02–±0,05-M40 ±0,1 ±0,05Chip groove-27P-F2–-M1-M40Chip groove-27P-F2–-M40-M1GX16-ETolerances (mm)x s r±0,02 ±0,02±0,15 ±0,05GX24-ETolerances (mm)±0,05x s r±0,02 ±0,02±0,15 ±0,05AXTolerances (mm)±0,05Chip groove x s r-F50 ±0,02 ±0,02 ±0,05Chip groove-27P-F2-M1-M2-M3SXTolerances (mm)x s r±0,02 ±0,02 ±0,05±0,1 ±0,05 ±0,05LXTolerances (mm)Chip groove x s r-M2 ±0,15 ±0,08 ±0,08-M3 ±0,15 ±0,08 ±0,08FXChip groove Width x s r-27P 2,2 - 4,1 ±0,05 ±0,05 ±0,05-F1 2,2 - 4,1 ±0,13 ±0,05 ±0,052,2 - 4,1-0,1±0,13-M1 5,1 - 6,5 -0,15±0,058,2 - 9,7 ±0,15 -0,2 ±0,01-R2 3,1 - 4,1 ±0,13 ±0,05 ±0,05PXTolerances (mm)Chip groove x s r-F3 ±0,02 ±0,02 ±0,05Chip groove-27P-F2-F3Chip groove-27P–110001000rsMaxiClickTolerances (mm)x s r±0,025 ±0,03 –= repeatability (x)Tolerances (mm)TCTolerances (mm)x s r±0,02 – –rsGeneralE3-E9E10-E12E13-E17E18-E21E22-E27E28-E41E42-E46E47E48-E49E50-E51E5

MSS-GX, SX, LX, FXReduced parting and grooving depthApplicationrecommendationsE3-E4TolerancesT maxT red.Reduced parting and grooving depth:The MSS parting and grooving modules are selected by size to suit a certainwork piece diameter (D max ). If the diameter of the work piece is bigger thanD max of the module, then the achievable parting and grooving depth is reducedby dimension 'a'. The extent of the reduction is established by reference to thefollowing table.E5ReducedpartingandgroovingdepthD max bei T maxaT max = maximum grooving depthD max = maximum work piece diameter with full grooving depth T max (a = 0)a = reduction of grooving depthT red. = T max – aE6-E7DTorquemomentsE8-E9Assembly sizeWork piece diameter (mm)E12 35 40 45 60 75 115 >250E16 50 55 60 70 80 100 130 200 >420E20 60 65 70 75 85 95 110 130 165 220 >330E25 75 80 85 90 100 110 125 140 160 190 240 320 >500E32 95 100 105 110 120 125 135 145 160 180 200 225 270 320 400 530 >8000,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0 5,5 6,0 6,5 7,0 7,5 8,0Reduction of the maximum grooving depth a (mm)Maximum work piece diameter (D max )in case of full parting and grooving depth (T max ) in mmCalculation example: moduleMSS-E25R21-GX24-3assembly size 25T max = 21 mm, Ø 75 mmD = Ø 100 mm=> T max - a = T red.21 - 2 = 19 mmE6

DSystem PXReduced parting and grooving depthReduced parting and grooving depth:GeneralT maxT red.The MSS parting and grooving modules are selected by size to suit a certainwork piece diameter (D max ). If the diameter of the work piece is bigger thanD max of the module, then the achievable parting and grooving depth is reducedby dimension 'a'. The extent of the reduction is established by reference to thefollowing table.E3-E9aD max bei T maxT max = maximum grooving depthD max = maximum work piece diameter with full grooving depth T max (a = 0)a = reduction of grooving depthE10-E12T red. = T max – aE13-E17E18-E21Assembly sizeT maxWork piece diameter (mm)E16...PX20-1 5 52 64 74 74 88 108 144 214 428 ∞E16...PX20-2E16...PX20-310 52 55 58 62 68 74 83 93 108 128 159 211 316 630 ∞E22-E27E20...PX20-1 5 62 68 77 89 106 131 174 259 518 ∞E20...PX20-2E20...PX20-311 62 66 72 79 88 99 115 136 170 225 337 672 ∞0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0 5,5 6,0 6,5 7,0 7,5 8,0E28-E41Reduction of the maximum grooving depth a (mm)E42-E46Maximum work piece diameter (D max )in case of full parting and grooving depth (T max ) in mmE47Calculation example: system PXE20R0011-2020L-PX20-2assembly size 20T max = 11 mm, Ø 62 mmE48-E49D = Ø 115 mm=> T max - a = T red.11 - 3 = 8 mmE50-E51E7

Torque momentsMSS module clamping screwsMSS tool shanksApplicationrecommendationsE3-E4TolerancesE5ReducedpartingandgroovingdepthE6-E7TorquemomentsNote the order in which screws must beclamped!Torque momentsMSS tool shanksScrewTorxNm in.lbsMSS-E12… 7897200/M2,5x10/T08 T08 1,2 10,6MSS-E16… 7897202/M3,5x12,5/T15 T15 3,2 28,3A17MSS-E20… 7897203/M4x14/T15 T15 4 35,4E8-E9MSS-E25… 7897205/M5x18/T20 T20 5 44,3MSS-E32… 7897206/M6x20/T25 T25 6 53,1MSS boring barsNote the order in which screws must beclamped!A17Torque momentsMSS boring barsScrewTorxNm in.lbsMSS-I16… 7897200/M2,5x10/T08 T08 1,2 10,6MSS-I20… 7897201/M3x11/T10 T10 2 17,7MSS-I25… 7897202/M3,5x12,5/T15 T15 3,2 28,3MSS-I32… 7897204/M4,5x17/T20 T20 4 35,4MSS-I40… 7897205/M5x18/T20 T20 5 44,3E8

Torque momentsfor insert clampingRecommended torque momentsGeneralToolSXScrewTorxTorque momentsNmin.lbsE3-E97897218/M4,0X18/T20 T20 4,0 35,4E10-E12PX7897218/M4,0X18/T20 T20 4,0 35,4E13-E17AX7897202/M3,5X12,5/T157897203/M4,0X14/T157897205/M5,0X18/T20T15T15T203,24,05,028,335,444,3E18-E21E22-E27Torque key (inserts/bits)E28-E411 + 1 + 5pcs. (incl. in delivery)DMSD 1,2Nm/SORT T08DMSD 2,0Nm/SORT T10DMSD 3,2Nm/SORT T15DMSD 4,0Nm/SORT T15DMSD 4,0Nm/SORT T20DMSD 5,0Nm/SORT T20DMSD 6,0Nm/SORT T25Torque moment set to:1.2 - 6.0 NmE42-E46DMSD 1-5Nm/SORTTorque moment can be adjusted flexibly:1.0-5.0 NmE471 + 1piece (incl. in delivery)DMSD 2-8Nm/SORTTorque moment can be adjusted flexibly:2.0-8.0 NmDMSD-B T08-50MMDMSD-B T10-50MMDMSD-B T15-50MMDMSD-B T20-50MMDMSD-B T25-50MME48-E49E50-E51E9

Causes of wearCauses ofwearFlank wearE10-E11Correctivemeasuresfor partingandgroovingproblemsE12Abrasion on the flank, normal wearafter a certain machining time.Reasons:> Cutting speed too high> Carbide grade with insufficient wear resistance> Insufficient amount of cooling lubricantRemedies:> Reduce cutting speed> Select more wear resistant carbide grade> Improve coolant supplyEdge chippingReasons:> Grade with too high wear resistance> Vibration> Feed rate too high or excessive depth of cut> Swarf damageThrough excessive mechanical stressat the cutting edge fracture andchipping can take place.Remedies:> Use tougher grade> Use negative cutting edge geometry with chip groove> Reduce overhang; check centre height> Increase stability of cutting edgeCrateringReasons:> Cutting speed and / or feed rate too high> Rake angle too shallow> Grade with insufficient wear resistance> Incorrect coolant supplyThe hot chip which is being evacuatedcauses cratering at the rake face ofthe cutting edge.Remedies:> Reduce cutting speed and / or feed rate> Increase coolant quantity and / or pressure, optimizecoolant supply> Use grade which is more resistant to crateringE10

Causes of wearPlastic deformationGeneralReasons:> Too high machining temperature resulting in softening ofsubstrate> Wear / heat resistance of carbide grade too low> Insufficient coolant supplyE3-E9High machining temperature andsimultaneous mechanical stress maylead to plastic deformation.Remedies:> Reduce cutting speed> Choose carbide grade with higher wear resistance> Provide coolingE10-E12E13-E17Built-up edgeBuilt-up edge occurs when the chip isnot evacuated properly due toinsufficient cutting temperature.Reasons:> Cutting speed too low> Rake angle too small> Wrong cutting material> Lack of cooling / lubricationRemedies:> Increase cutting speed> Enlarge rake angle> Apply TiN-coating> Use emulsion with higher concentrationE18-E21E22-E27E28-E41NotchingE42-E46Reasons:> Oxidation of the cutting edge> Excessive heat on the cutting edgeE47Notch at the maximum depth of cutRemedies:> Use various depths of cut> Reduce cutting speed> Improve coolant supplyE48-E49E50-E51E11

Measures for parting and grooving problemsCauses ofwearType of problemType of wear Work piece problems Swarf controlE10-E11Correctivemeasuresfor partingandgroovingproblemsE12FormulasE13Edge chippingBuilt-up edgeFlank wearPlastic deformationVibrationFormation of pips and burrsChattered surfaceSurface qualityChip too long (tangled swarf)Chip too short (fragmented chip)Corrective measuresCutting speedFeed rateFeed - centre areaCutting valuesChip groove-R-M-FR / L - right-hand /left-hand versionCorner radiuslargersmallerwear resistanceSelection of insertsCutting materialtoughnessCutting widthClamping of toolClamping of work pieceOverhangTip heightGeneral criteriaCooling lubricantraise, increase,large influenceraise, increaselow influenceavoid, reducelarge influenceavoid, reducelow influencecheck,optimizeuseE12

General formulaCutting speed (v c )GeneralnE3-E9d 1E10-E12Revolutions per minute (n)v cE13-E17E18-E21Feed rate (v f )E22-E27E28-E41The CERATIZIT formula collection CT-CALCE42-E46> PC - aided calculation of machiningparameters:- cutting speed- chip removal rate- power consumption- medium chip thickness> Languages: DE, EN, FR, IT, ES, DA,SE, FI> Free of charge download fromwww.ceratizit.comE47E48-E49E50-E51E13

Hardness valuesComparison tableFormulasE13HardnessvaluesE14ComparisonofmaterialsE15-E17Tensile strengthN/mm²VickersHVBrinellHBRockwellHRCShoreC575 180 171595 185 176610 190 181625 195 185640 200 190 12,0660 205 195 13,0675 210 199 14,0690 215 204 15,0705 220 209 15,5 28720 225 214 16,0740 230 219 17,0 29755 235 223 18,0770 240 228 20,3 30785 245 233 21,3800 250 238 22,2 31820 255 242 23,1 32835 260 247 24,0 33850 265 252 24,8865 270 257 25,6880 275 261 26,4 34900 280 268 27,1915 285 271 27,8 35930 290 276 28,5950 295 280 29,2 36965 300 285 29,8 37995 310 295 31,0 381030 320 304 32,2 391060 330 314 33,3 401095 340 323 34,3 411125 350 333 35,5 421155 360 342 36,6 431190 370 352 37,7 441220 380 361 38,8 451255 390 371 39,8 461290 400 380 40,8 471320 410 390 41,8 481350 420 399 42,71385 430 409 43,6 491420 440 418 44,51455 450 428 45,3 511485 460 437 46,1 521520 470 447 46,9 531555 480 465 47,7 541595 490 466 48,41630 500 475 49,1 571665 510 485 49,8 581700 520 494 50,5 591740 530 504 51,1 60Tensile strengthN/mm²VickersHVBrinellHBRockwellHRCShoreC1775 540 513 51,7 611810 550 523 52,3 621845 560 532 53,0 631880 570 542 53,6 641920 580 551 54,1 651955 590 561 54,7 661995 600 570 55,2 672030 610 580 55,7 682070 620 589 56,3 692105 630 599 56,8 702145 640 608 57,3 712180 650 618 57,8 722210 660 628 58,3 732240 665 633 58,8 742280 670 638 59,32310 675 643 59,8 752350 680 648 60,3 762380 685 653 61,1 772410 690 658 61,3 782450 695 663 61,7 792480 710 668 62,2 802520 720 678 62,6 812550 730 683 63,1 822590 740 693 63,52630 750 703 63,9 832660 760 708 64,3 842700 770 718 64,7 852730 780 723 65,12770 790 733 65,5 862800 800 738 65,92840 810 748 66,3 872870 820 753 66,7 882910 830 763 67,02940 840 768 67,4 892980 850 67,73010 860 68,1 903050 870 68,43080 880 68,7 913120 890 69,03150 900 69,3 923190 910 69,63220 920 69,93260 930 70,1The figures given are approximate according to DIN ENISO18265 (02-2004)E14

Comparison of materialsGeneralGermanyDINMat.no.United KingdomBSFranceAFNORSwedenSSUnited StatesAISIJapanJISK c1.1m cVDI3323group10 SPb 20 1.0722 10 PbF 2 11 L 08 1350 0,21 1100 Cr 6 1.2067 BL 3 Y 100 C 6 L 3 SUJ2 1775 0,24 6/9E3-E9105 WCr 6 1.2419 105 WC 13 SKS31 1775 0,24 6/912 CrMo 9 10 1.7380 1501-622 Gr. 31; 45 10 CD 9.10 2218 A 182-F22 SPVA,SCMV4 1675 0,24 6/712 Ni 19 1.5680 Z 18 N 5 2515 2450 0,23 10/1113 CrMo 4 4 1.7335 1501-620 Gr. 27 15 CD 3.5 2216 A 182-F11; F12 SPVAF12 1675 0,24 6/714 MoV 6 3 1.7715 1503-660-440 1675 0,24 6/714 Ni 6 1.5622 16 N 6 A 350-LF 5 1675 0,24 6/7E10-E1214 NiCr 10 1.5732 14 NC 11 3415 SNC415(H) 1675 0,24 6/714 NiCr 14 1.5752 655 M 13 12 NC 15 3310; 9314 SNC815(H) 1675 0,24 6/714 NiCrMo 13 4 1.6657 1675 0,24 6/715 Cr 3 1.7015 523 M 15 12 C 3 5015 1675 0,24 6/715 CrMo 5 1.7262 12 CD 4 SCM415(H) 1675 0,24 6/7E13-E1715 Mo 3 1.5415 1501-240 15 D 3 2912 A 204 Gr. A 1675 0,24 6/716 MnCr 5 1.7131 527 M 17 16 MC 5 2511 5115 SCR415 1675 0,24 6/716 Mo 5 1.5423 1503-245-420 4520 SB450M 1675 0,24 6/717 CrNiMo 6 1.6587 820 A 16 18 NCD 6 1675 0,24 6/721 NiCrMo 2 1.6523 805 M 20 20 NCD 2 2506 8620 SNCM220(H) 1725 0,24 6/825 CrMo 4 1.7218 1717 CDS 110 25 CD 4 S 2225 4130 SM420;SCM430 1725 0,24 6/8E18-E2128 Mn 6 1.1170 150 M 28 20 M 5 1330 1500 0,22 232 CrMo 12 1.7361 722 M 24 30 CD 12 2240 1775 0,24 6/934 Cr 4 1.7033 530 A 32 32 C 4 5132 SCR430(H) 1725 0,24 6/834 CrMo 4 1.7220 708 A 37 35 CD 4 2234 4135; 4137 SCM432;SCCRM3 1775 0,24 6/934 CrNiMo 6 1.6582 817 M 40 35 NCD 6 2541 4340 SNCM447 1775 0,24 6/9E22-E2735 S 20 1.0726 212 M 36 35 MF 4 1957 1140 1525 0,22 2/336 CrNiMo 4 1.6511 816 M 40 40 NCD 3 9840 SNCM447 1775 0,24 6/936 Mn 5 1.1167 1525 0,22 2/336 NiCr 6 1.5710 640 A 35 35 NC 6 3135 SNC236 1800 0,24 3/938 MnSi 4 1.5120 1800 0,24 3/939 CrMoV 13 9 1.8523 897 M 39 1775 0,24 6/940 Mn 4 1.1157 150 M 36 35 M 5 1039 1525 0,22 2/340 NiCrMo 2 2 1.6546 311-Type 7 40 NCD 2 8740 SNCM240 1775 0,24 6/941 Cr 4 1.7035 530 M 40 42 C 4 5140 SCR440(H) 1775 0,24 6/941 CrAlMo 7 1.8509 905 M 39 40 CAD 6.12 2940 A 355 Cl. A SACM645 1775 0,24 6/941 CrMo 4 1.7223 708 M 40 42 CD 4 TS 2244 4142; 4140 SCM440 1775 0,24 6/9E28-E41E42-E4642 Cr 4 1.7045 530 A 40 42 C 4 TS 2245 5140 SCr440 1775 0,24 6/942 CrMo 4 1.7225 708 M 40 42 CD 4 2244 4142; 4140 SCM440(H) 1775 0,24 6/945 WCrV 7 1.2542 BS 1 2710 S 1 1775 0,24 6/950 CrV 4 1.8159 735 A 50 50 CV 4 2230 6150 SUP10 1775 0,24 6/955 Cr 3 1.7176 527 A 60 55 C 3 2253 5155 SUP9(A) 1775 0,24 6/955 NiCrMoV 6 1.2713 55 NCDV 7 L 6 SKH1;SKT4 1775 0,24 6/9E4755 Si 7 1.0904 250 A 53 55 S 7 2085; 2090 9255 1775 0,24 6/958 CrV 4 1.8161 1775 0,24 6/960 SiCr 7 1.0961 60 SC 7 9262 1775 0,24 6/99 SMn 28 1.0715 230 M 07 S 250 1912 1213 SUM22 1350 0,21 19 SMn 36 1.0736 240 M 07 S 300 1215 1350 0,21 1E48-E499 SMnPb 28 1.0718 S 250 Pb 1914 12 L 13 SUM22L 1350 0,21 19 SMnPb 36 1.0737 S 300 Pb 1926 12 L 14 1350 0,21 1Al99 3.0205 700 0,25 21AlCuMg1 3.1325 700 0,25 22E50-E51E15

Comparison of materialsFormulasGermanyDINMat.no.UnitedKingdomBSFranceAFNORSwedenSSUnited StatesAISIJapanJISK c1.1m cVDI3323groupE13HardnessvaluesAlMg1 3.3315 700 0,25 21AlMgSi1 3.2315 700 0,25 22C 105 W1 1.1545 Y1 105 1880 W 110 SK3 1675 0,24 3C 125 W 1.1663 Y2 120 W 112 1675 0,24 3C 15 1.0401 080 M 15 AF3 7 C 12; XC 18 1350 1015 S15C 1350 0,21 1C 22 1.0402 050 A 20 AF 42 C 20 1450 1020 S20C, S22C 1350 0,21 1E14ComparisonofmaterialsC 35 1.0501 060 A 35 AF 55 C 35 1550 1035 S35C 1525 0,22 2/3C 45 1.0503 080 M 46 AF 65 C 45 1650 1045 S45C 1525 0,22 2/3C 55 1.0535 070 M 55 1655 1055 S55C 1675 0,24 3C 60 1.0601 080 A 62 CC 55 1060 S60C 1675 0,24 3Cf 35 1.1183 S35C 1525 0,22 2/3E15-E17Cf 53 1.1213 S50C 1525 0,22 2/3Ck 101 1.1274 060 A 96 1870 1095 1675 0,24 3Ck 15 1.1141 080 M 15 XC 15; XC 18 1370 1015 S15C 1350 0,21 1Ck 55 1.1203 070 M 55 XC 55 1055 S55C 1675 0,24 3Ck 60 1.1221 080 A 62 XC 60 1665; 1678 1060 S58C 1675 0,24 3CoCr20W15Ni 2.4764 3300 0,24 35CuZn15 2.0240 700 0,27 27CuZn36Pb3 2.0375 700 0,27 26E-Cu57 2.0060 700 0,27 28G-AlSi10Mg 3.2381 700 0,25 24G-AlSi12 3.2581 700 0,25 23G-AlSi9Cu3 3.2163 700 0,25 23G-CuSn5ZnPb 2.1096 700 0,27 26G-CuZn40Fe 2.0590 700 0,27 28G-X 120 Mn 12 1.3401 Z 120 M 12 Z 120 M 12 A 128 (A) 3300 0,24 35G-X 20 Cr 14 1.4027 420 C 29 Z 20 C 13 M SCS2 1875 0,21 12/13G-X 40 NiCrSi 38 18 1.4865 330 C 40 2600 0,24 31G-X 45 CrSi 9 3 1.4718 401 S 45 Z 45 CS 9 HNV 3 2450 0,23 10/11G-X 5 CrNi 13 4 1.4313 425 C 11 Z 5 CN 13.4 2385 CA 6-NM 1875 0,21 12/13G-X 5 CrNiMoNb 18 10 1.4581 318 C 17 Z 4 CNDNb 18.12 M 2150 0,2 14G-X 6 CrNi 18 9 1.4308 304 C 15 Z 6 CN 18.10 M 2333 CF-8 2150 0,2 14G-X 6 CrNiMo 18 10 1.4408 2150 0,2 14G-X 7 Cr 13 1.4001 1875 0,21 12/13GG-10 0.6010 Ft 10 D 01 10-00 A48-20 B FC100 1150 0,2 15GG-15 0.6015 Grade 150 Ft 15 D 01 15-00 A48-25 B FC150 1150 0,2 15GG-20 0.6020 Grade 220 Ft 20 D 01 20-00 A48-30 B FC200 1150 0,2 15GG-25 0.6025 Grade 260 Ft 25 D 01 25-00 A48-40 B FC250 1250 0,24 15/16GG-30 0.6030 Grade 300 Ft 30 D 01 30-00 A48-45 B FC300 1350 0,28 16GG-35 0.6035 Grade 350 Ft 35 D 01 35-00 A48-50 B FC350 1350 0,28 16GG-40 0.6040 Grade 400 Ft 40 D 01 40-00 A48-60 B FC400 1350 0,28 16GGG-35.3 0.7033 FCD350 1225 0,25 17GGG-40 0.7040 SNG 420/12 FGS 400-12 0717-02 60-40-18 FCD400 1225 0,25 17GGG-40.3 0.7043 SNG 370/17 FGS 370-17 0717-15 FCD400 1225 0,25 17GGG-50 0.7050 SNG 500/7 FGS 500-7 0727-02 65-45-12 FCD500 1350 0,28 18GGG-60 0.7060 SNG 600/3 FGS 600-3 0732-03 80-55-06 FCD600 1350 0,28 18GGG-70 0.7070 SNG 700/2 FGS 700-2 0737-01 100-70-03 FCD700 1350 0,28 18GGG-NiCr 20 2 0.7660 S-NiCr 20 2 S-NC 20 2 A 439 Type D-2 1350 0,28 18GGG-NiMn 13 7 0.7652 S-NiMn 13 7 S-NM 13 7 1350 0,28 18GS-Ck 45 1.1191 080 M 46 XC 42 1672 1045 S45C 1525 0,22 2/3E16

Comparison of materialsGeneralGermanyDINMat.no.United KingdomBSFranceAFNORSwedenSSUnited StatesAISIJapanJISK c1.1m cVDI3323groupGTS-35-10 0.8135 B 340/12 MN 35-10 1225 0,25 19GTS-45-06 0.8145 P 440/7 1420 0,3 20E3-E9GTS-55-04 0.8155 P 510/4 MP 50-5 1420 0,3 20GTS-65-02 0.8165 P 570/3 MP 60-3 1420 0,3 20GTS-70-02 0.8170 P 690/2 IP 70-2 1420 0,3 20NiCr20TiAl 2.4631 HR 401; 601 Nimonic 80 A 3300 0,24 33NiCr22Mo9Nb 2.4856 Inconel 625 3300 0,24 33NiCu30Al 2.4375 Monel K 500 3300 0,24 34E10-E12NiFe25Cr20NbTi 2.4955 3300 0,24 34S 18-0-1 1.3355 BT 1 Z 80 WCV 18-04-01 T 1 2450 0,23 10/11S 18-1-2-5 1.3255 BT 4 Z 80 WKCV 18-05-04-0 T 4 2450 0,23 10/11S 2-9-2 1.3348 Z 100 DCWV 09-04-02- 2782 M 7 2450 0,23 10/11S 6-5-2 1.3343 BM 2 Z 85 WDCV 06-05-04-0 2722 M 2 SKH9; SKH51 2450 0,23 10/11E13-E17S 6-5-2-5 1.3243 Z 85 WDKCV 06-05-05- 2723 SKH55 2450 0,23 10/11TiAl6V4 3.7165 TA 10 bis TA 13 T-A 6 V 2110 0,22 37X 10 Cr 13 1.4006 410 S 21 Z 12 C 13 2302 410; CA-15 SUS410 1875 0,21 12/13X 10 CrNiMoNb 18 12 1.4583 318 2150 0,2 14X 10 CrNiS 18 9 1.4305 303 S 21 Z 10 CNF 18.09 2346 303 2150 0,2 14X 100 CrMoV 5 1 1.2363 BA 2 Z 100 CDV 5 2260 A 2 2450 0,23 10/11E18-E21X 12 CrMoS 17 1.4104 Z 10 CF 17 2383 430 F SUS430F 1875 0,21 12/13X 12 CrNi 17 7 1.4310 301 S 21 Z 12 CN 17.07 301 2150 0,2 14X 12 CrNi 22 12 1.4829 SUS301 1350 0,28 16X 12 CrNi 25 21 1.4845 310 S24 Z 12 CN 25.20 2361 310 S SUH310; SUS310S 2150 0,2 14X 12 CrNiTi 18 9 1.4878 321 S 20 Z 6 CNT 18.12 (B) 2337 321 2150 0,2 14E22-E27X 12 NiCrSi 36 16 1.4864 NA 17 Z 12 NCS 37.18 330 SUH330 2600 0,24 31X 15 CrNiSi 20 12 1.4828 309 S 24 Z 15 CNS 20.12 309 SUH309 1350 0,28 16X 165 CrMoV 12 1.2601 2310 2450 0,23 10/11X 2 CrNiMo 18 13 1.4440 2150 0,2 14X 2 CrNiMoN 17 13 3 1.4429 316 S 62 Z 2 CND 17.13 Az 2375 316 LN SUS316LN 2150 0,2 14X 2 CrNiN 18 10 1.4311 304 S 62 Z 2 CN 18 .10 2371 304 LN SUS304LN 2150 0,2 14X 20 CrNi 17 2 1.4057 431 S 29 Z 15 CN 16.02 2321 431 SUS431 1875 0,21 12/13X 210 Cr 12 1.2080 BD 3 Z 200 C 12 D 3 2450 0,23 10/11X 210 CrW 12 1.2436 2312 2450 0,23 10/11X 30 WCrV 9 3 1.2581 BH 21 Z 30 WCV 9 H 21 SKD5 2450 0,23 10/11X 40 CrMoV 5 1 1.2344 BH 13 Z 40 CDV 5 2242 H 13 SKD61 2450 0,23 10/11E28-E41E42-E46X 46 Cr 13 1.4034 420 S 45 Z 40 C 14 1875 0,21 12/13X 5 CrNi 18 9 1.4301 304 S 15 Z 6 CN 18.09 2332; 2333 304; 304 H SUS304 2150 0,2 14X 5 CrNiMo 17 13 3 1.4436 316 S 16 Z 6 CND 17.12 2343 316 SUS316 2150 0,2 14X 5 CrNiMo 18 10 1.4401 316 S 16 Z 6 CND 17.11 2347 316 SUS316 2150 0,2 14X 53 CrMnNiN 21 9 1.4871 349 S 54 Z 52 CMN 21.09 EV 8 1875 0,21 12/13X 6 Cr 13 1.4000 403 S 17 Z 6 C 13 2301 403 SUS403 1875 0,21 12/13E47X 6 Cr 17 1.4016 430 S 15 Z 8 C 17 2320 430 SUS430 1875 0,21 12/13X 6 CrMo 17 1.4113 434 S 17 Z 8 CD 17.01 2325 434 SUS434 1875 0,21 12/13X 6 CrNiMoTi 17 12 2 1.4571 320 S 31 Z 6 CNT 17.12 2350 316 Ti 2150 0,2 14X 6 CrNiNb 18 10 1.4550 347 S 17 Z 6 CNNb 18.10 2338 347 2150 0,2 14X 6 CrNiTi 18 10 1.4541 321 S 12 Z 6 CNT 18.10 2337 321 2150 0,2 14E48-E49X2 CrNi 18-8 1.4317 2150 0,2 14k c1.1 value = specific cutting force at a cutting rake angle of 0 degrees. For positive rake angles the k c1.1 value has to be reduced(increased for negative rake angles) by 1% per degree of rake angle. The m c value is the exponent for the conversion of the k c1.1value.E50-E51E17

Cutting dataGrades, materialCuttingdataE18-E21ARFNSHWork piecematerialNon alloyed steelLow alloyed steelHigh alloyed steelCorrosion resistantsteelStainless steelGrey cast ironSpheroidal cast ironMalleable cast ironAluminiumwrought alloysAluminiumcast alloysCopper andcopper alloys (bronze,brass)Non-metallic materialsHeat resistantalloysTitanium alloysannealedannealedtemperedannealedtemperedtemperedannealedtemperedannealedtemperedannealedquenchedquenchedhardenednon hardenedhardenednon hardenedhardenednon hardenedannealedhardenedannealedhardenedcasthardened and temperedTempered steelhardened and temperedChilled castings castTempered cast iron hardened and tempered* R m = ultimate tensile strength, measured in MPaType of treatment / alloyVDI 3323groupHardnessHB≤ 0,15% C 1 1250,15% - 0,45% C 2 150 - 250≥ 0,45% C 3 300ferriticmartensiticferritic / martensiticausteniticduplexmartensitic / austeniticpearlitic / ferriticpearlitic / martensiticferriticpearliticferriticpearlitic6 1807 / 8 250 - 3009 35010 20011 35012 20013 32514 20014 18014 230 - 26014 33015 18016 26017 16018 –19 13020 23021 6022 100< 12% Si 23 80< 12% Si 24 90> 12% Si 25 130machining alloy stock (1% Pb)26 –brass, red bronze27 90bronze28 100lead-free copper and electrolytic copper29 100thermosetting plastics29 –fibre-reinforced plastics29 –hard rubber30 –Fe-base31 200Fe-base32 280Ni or Co-base33 250Ni or Co-base 30 - 58 HRC34 –Ni or Co-base 1500 - 2200 N/mm²35 –pure titanium36 R m 440*alpha + beta alloys37 R m 1050*38 55 HRC39 60 HRC40 40040 55 HRCE18

Cutting dataGrades, materialH216Tv c[m/min]Uncoated carbideCTW7120v c[m/min]– –– –– –– –– –– –– –– –– –– –– –– –– –– –120 - 160 –90 - 140 –130 - 170 –90 - 130 –140 - 200 –120 - 160 –300 - 2500 100 - 500200 - 2000 100 - 300400 - 1500 100 - 500400 - 1500 100 - 300200 - 800 100 - 300250 - 600 100 - 500200 - 600 100 - 500150 - 400 100 - 300150 - 300 100 - 30080 - 180 80 - 18060 - 150 60 - 150100 - 250 100 - 25030 - 45 –20 - 35 –20 - 35 –18 - 30 –15 - 25 –60 - 120 50 - 12030 - 80 30 - 50– –– –– –– –GeneralE3-E9E10-E12E13-E17E18-E21E22-E27E28-E41E42-E46E47E48-E49E50-E51E19

Cutting dataGrades, materialCuttingdataE18-E21ARFNSHWork piecematerialNon alloyed steelLow alloyed steelHigh alloyed steelCorrosion resistantsteelStainless steelGrey cast ironSpheroidal cast ironMalleable cast ironAluminiumwrought alloysAluminiumcast alloysCopper andcopper alloys (bronze,brass)Non-metallic materialsHeat resistantalloysTitanium alloysannealedannealedtemperedannealedtemperedtemperedannealedtemperedannealedtemperedannealedquenchedquenchedhardenednon hardenedhardenednon hardenedhardenednon hardenedannealedhardenedannealedhardenedcasthardened and temperedTempered steelhardened and temperedChilled castings castTempered cast iron hardened and tempered* R m = ultimate tensile strength, measured in MPaType of treatment / alloyVDI 3323groupHardnessHB≤ 0,15% C 1 1250,15% - 0,45% C 2 150 - 250≥ 0,45% C 3 300ferriticmartensiticferritic / martensiticausteniticduplexmartensitic / austeniticpearlitic / ferriticpearlitic / martensiticferriticpearliticferriticpearlitic6 1807 / 8 250 - 3009 35010 20011 35012 20013 32514 20014 18014 230 - 26014 33015 18016 26017 16018 –19 13020 23021 6022 100< 12% Si 23 80< 12% Si 24 90> 12% Si 25 130machining alloy stock (1% Pb)26 –brass, red bronze27 90bronze28 100lead-free copper and electrolytic copper29 100thermosetting plastics29 –fibre-reinforced plastics29 –hard rubber30 –Fe-base31 200Fe-base32 280Ni or Co-base33 250Ni or Co-base 30 - 58 HRC34 –Ni or Co-base 1500 - 2200 N/mm²35 –pure titanium36 R m 440*alpha + beta alloys37 R m 1050*38 55 HRC39 60 HRC40 40040 55 HRCE20

Cutting dataGrades, materialCTC1325SR127v c[m/min]GM127v c[m/min]SR735v c[m/min]Coated carbideGM40v c[m/min]CTP1340v c[m/min]CTCP335v c[m/min]GM740v c[m/min]CTPP345v c[m/min]150 - 280 150 - 280 130 - 220 130 - 220 120 - 250 130 - 250 110 - 150 110 - 190130 - 240 130 - 240 110 - 140 110 - 140 80 - 180 110 - 190 80 - 120 80 - 150100 - 200 100 - 200 70 - 150 70 - 150 60 - 150 70 - 170 70 - 110 70 - 140140 - 220 140 - 220 120 - 190 120 - 190 80 - 180 120 - 200 70 - 100 70 - 140130 - 180 130 - 180 110 - 150 110 - 150 60 - 150 110 - 180 70 - 90 70 - 120100 - 160 100 - 160 70 - 130 70 - 130 60 - 120 70 - 150 60 - 90 60 - 120120 - 170 120 - 170 90 - 140 90 - 140 80 - 160 90 - 170 60 - 80 60 - 100100 - 150 100 - 150 70 - 130 70 - 130 50 - 120 70 - 160 60 - 80 60 - 100150 - 250 150 - 250 120 - 200 120 - 200 50 - 200 120 - 200 90 - 130 90 - 16060 -100 60 - 100 60 - 80 60 - 80 50 - 150 60 - 100 60 - 80 60 - 100140 - 220 140 - 220 – 120 - 200 50 - 200 120 - 200 100 - 180 100 - 180120 - 200 120 - 200 – 100 - 170 50 - 180 100 - 170 80 - 150 80 - 15080 - 130 80 - 130 – 70 - 110 50 - 100 70 - 110 70 - 110 70 - 11060 - 100 60 - 100 – 60 - 90 50 - 80 60 - 90 60 - 90 60 - 90120 - 220 – 80 - 160 – 100 - 200 90 - 180 – –100 - 200 – 60 - 140 – 90 - 160 80 - 150 – –130 - 190 – 90 - 150 – 100 - 180 100 - 160 – –100 - 190 – 60 - 130 – 80 - 160 70 - 140 – –140 - 280 – 90 - 180 – 110 - 230 100 - 200 – –90 - 190 – 60 - 140 – 80 - 160 80 - 150 – –– – – – 100 - 500 – – –– – – – 100 - 300 – – –– – – – 100 - 500 – – –– – – – 100 - 300 – – –– – – – 100 - 200 – – –– – – – 100 - 500 – – –– – – – 100 - 500 – – –– – – – 100 - 300 – – –– – – – 100 - 300 – – –– – – – 80 - 180 – – –– – – – 60 - 150 – – –– – – – 100 - 250 – – –25 - 45 25 - 45 – – 20 - 50 – – –20 - 40 20 - 40 – – 20 - 40 – 20 - 40 20 - 4015 - 25 15 - 25 – – 15 - 25 – 20 - 30 20 - 3010 - 20 10 - 20 – – 10 - 20 – – –10 - 20 10 - 20 – – 10 - 20 – – –– – – – 50 - 120 – – –– – – – 30 - 50 – – –10 - 20 – – – – – – –– – – – – – – –10 - 20 – – – – – – –10 - 20 – – – – – – –GeneralE3-E9E10-E12E13-E17E18-E21E22-E27E28-E41E42-E46E47E48-E49E50-E51E21

Application possibilitiesSystem GXApplicationpossibilities- systemGXTool configurationE22-E23Applicationadvice- systemGXE24-E25Productcharacteristics- systemAXE26AxialgroovingsystemE27MSS tools 0°MSS tools 90°> Large overhang> Danger of collision> Special VDI adapter necessary> Short overhang> Increased stability> Normal clamping in VDI shank possibleParting and grooving depthShort axial module> Can be clamped on oneside only> Parting and grooving depthmax. 15 mmLong axial module> Can be clamped fromeither side> Parting and grooving depthmax. 21 mmE22

Application possibilitiesSystem GXMachining possibilities with short/long axial moduleGeneralE3-E9T max = 15/21 T max = 15/21T max = 15/25RLE10-E12RLRLLRE13-E17E18-E21Machining possibilities with long axial module onlyE22-E27Tmax21 21RDepending on the diameterrange or width class an axialdisplacement (dimension 'x') mightbe necessary when producing thesecond groove.The dimension 'x' depends on thegroove diameter and shank height.xLRE28-E41E42-E46LE47E48-E49E50-E51E23

Application adviceSystem GXApplicationpossibilities- systemGXE22-E23Applicationadvice- systemGXE24-E25Productcharacteristics- systemAXE26AxialgroovingsystemAxial grooving and face turningDminDmaxDiameter range(D min - D max )50 - 70 mm70 - 100 mm100 - 150 mm150 - 300 mm300 - 900 mmImportant: the indicated diameter refers to theoutside diameter of the groove.MSS assembly sizeE2720 25 32Cutting widthCutting widthShort moduleLong moduleCutting width2,76 - 3,76 - 5,01 -Diameter range2,76 - 3,75 3,75 5,00 6,5050 - 70 R R R R3,76 -5,005,01 -6,50 3,76 - 5,00 5,01 - 6,5070 - 100 R R R R R R R R100 - 150 R R R R R R R R150 - 300 R R R R R R300 - 900 Rmax. grooving depth14 15 21 15Please note: the diameter of face grooves must lie within the diameter range indicated onthe module. Otherwise the tool may be damaged or destroyed.Correct axial grooving moduleIncorrect axial grooving moduleE24

Application adviceSystem GXApplication advice for axial grooving and face turningGeneral33221 1E3-E9123321121212321321E10-E1212332112Minimum grooving diameterMaximum grooving diameterE13-E17Axial groovingAxial grooving - groove wideningAxial grooving and face turningis only possible within the diameter rangefor that module (e.g. 50 - 70 mm) - seepage E24.Please note: the indicated diameterrange refers to the outside diameter ofthe groove.Groove widening is possible above andbelow the diameter range indicated onthe module.Please note: only the first groovemust lie within the diameter range ofthe module. The depth of the wideninggroove must not be larger than the depthof the original groove.When face turning it is possible to widenthe groove above and below the diameterrange indicated on the module.Please note: only the first groove mustlie within the diameter range of themodule.E18-E21E22-E27E28-E41Axial grooving and face turningE42-E46a maxDesignation f [mm/rev] a max [mm]f [mm/rev]GX24-2E3.00N0.30 0,05 - 0,15 2,5 0,05 - 0,20GX24-3E4.00N0.40 0,05 - 0,15 3,0 0,05 - 0,25GX24-3E5.00N0.40 0,05 - 0,15 3,0 0,10 - 0,25GX24-4E6.00N0.50 0,05 - 0,20 3,5 0,10 - 0,30GX24-2E3.00N0.30-F2 0,025 - 0,125 2,5 0,05 - 0,15GX24-2E3.50N0.30-F2 0,025 - 0,125 2,5 0,05 - 0,15GX24-3E4.00N0.40-F2 0,05 - 0,15 3,0 0,10 - 0,20GX24-3E4.50N0.40-F2 0,05 - 0,15 3,0 0,10 - 0,20GX24-3E5.00N0.40-F2 0,075 - 0,20 3,5 0,10 - 0,20GX24-4E6.00N0.50-F2 0,05 - 0,15 4,0 0,10 - 0,25E47E48-E49E50-E51E25

MSS-AXProduct characteristics, customer benefitsApplicationpossibilities- systemGXE22-E23Applicationadvice- systemGXE24-E25Productcharacteristics- systemAXNeutral insert● May be applied in left-hand and right-hand tools● Application is indenpent on the groove diameter(tool position is possible in x+ or x-)● Only limited by D min for first grooving operationE26AxialgroovingsystemGeometry -F50● Universal application, suitable for all materials● Suitable for grooving and turningE27Tools provided with 'hard & tough' coating● Maximum wear protection● Maximum corrosion resistanceMonobloc and modular tools● High flexibility● Cost-optimized solution for every applicationE26

Axial groovingDiameter rangeGeneralE3-E9E10-E12System GXD min – D maxT max 15[mm]21[mm]50 - 70 x x70 - 100 x x100 - 150 x x150 - 300 x x300 - 900 xS [mm] 2,76 - 6,5 3,76 - 6,5E13-E17E18-E21System AXE22-E27T maxD min – D maxAX05 AX10 AX15D min – D max 10 – ∞ 20 – ∞ 30 – ∞T max 5,0 10,0 15,0S [mm] 3,0 3,0 3,0E28-E41E42-E46System LXT maxE32N25 E32N32 E32N45E47D min – D maxD min – D max 500 – ∞ 500 – ∞ 500 – ∞T max 19 26 39E48-E49S [mm] 8 - 10 8 - 10 8 - 10E50-E51E27

TC - threadingBasics of threadingBasicsDifferences between full and partial profile insertsE28MeasuresforthreadingproblemsFull profile insertThread profile heightTotal depth of cutPartial profile insertThread profile heightE29RecommendedvaluesExcess material 0.04 - 0.1 mmFinished thread ØE30-E31ThreadturningE32Threadmilling+ The entire thread profile including theexternal dia. is machined (excess material0.04 - 0.1 mm over finished diameter) +high profile precision+ Incresaed tool life thanks to larger pointradii+ Burr-free thread- One insert per pitch+ One insert for several pitches- Therefore the thread profile does notexactly meet the standard- The external dia. (or the core dia. in case ofinternal threads) is not machinedE33-E39CuttingdataApproach selectionE40-E41Radial approachFlank approachAlternating approach+ Conventional lathes+ With pitches < 2 mm+ With short chipping materials- Reduced swarf control+ Preferred approach onCNC-machines+ With pitches from 2 to 4 mm+ Long chipping materials+ Good swarf control+ With pitches > 4 mm+ Long chipping materials+ Uniform insert wear+ Long tool life+ Good swarf control- More complex NCprogrammingE28

Measures for threading problemsMSS-TC – threadingType of problemGeneralType of wear Work piece problems Swarf controlE3-E9Flank wearEdge chippingPlastic deformationBuilt-up edgeBurr formation at external thread ØProfile precisionSurface qualityChatter marks, vibrationChip cross section too largeChip cross section too smallChip shape (tangled swarf)Corrective measuresE10-E12E13-E17Cutting speeda,b a,b a,b a,b a,b a,b a,b a,ba) via the flanksFeed motionb) alternating via the flanksApproach (depth of cut)Cutting valuesE18-E21Number of passesE22-E27Finish cut (idle cut)Chip grooveCutting materialFull profilewear resistancetoughnessSelection of insertsE28-E41Partial profileE42-E46Stability tool - insertStability - work pieceOverhangTip heightGeneral criteriaE47Cooling lubricantE48-E49raise, increase,large influenceavoid, reducelarge influencecheck,optimizeraise, increaselow influenceavoid, reducelow influenceuseE50-E51E29

TC - thread turningRecommended values for depth and number of cutsBasicsFull profileE28MeasuresforthreadingproblemsMetric ISO 60° external threadsPitch [mm]0,5 0,75 1,0 1,25 1,5 1,75 2,0 2,5 3,0 3,5 4,0 4,5 5,0E29RecommendedvaluesNumber of cuts4 4 5 5 6 7 8 9 10 10 12 12 12↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓6 7 8 9 10 11 12 14 18 18 20 20 20E30-E31ThreadturningThread profile height0,32 0,48 0,64 0,80 0,95 1,10 1,26 1,58 1,89 2,21 2,53 2,84 3,16These are recommended values for steel machiningE32ThreadmillingMetric ISO 60° internal threadsPitch [mm]0,5 0,75 1,0 1,25 1,5 1,75 2,0 2,5 3,0 3,5 4,0 4,5 5,0E33-E39CuttingdataNumber of cuts4 4 5 5 6 7 8 9 10 10 12 12 12↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓6 7 8 9 10 11 12 14 18 18 20 20 20E40-E41Thread profile height0,30 0,45 0,59 0,74 0,89 1,02 1,17 1,46 1,76 2,02 2,35 2,64 2,93These are recommended values for steel machiningWhitworth 55° external and internal threadsPitch [passes/inch]28 26 24 20 19 18 16 14 12 11 10 9 8 7 6 55 5 5 5 6 6 7 8 9 9 10 10 10 12 12 12Number of cuts↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓8 8 9 9 10 10 11 12 14 14 17 18 18 20 20 20Thread profile height0,60 0,65 0,70 0,84 0,88 0,93 1,05 1,20 1,40 1,53 1,68 1,87 2,11 2,41 2,81 3,37These are recommended values for steel machiningE30

TC - thread turningRecommended values for depth and number of cutsPartial profileGeneral60° external and internal threadsE3-E9Threading insertPitch [mm]TC16-2EI-AG60TC16-1EI-A60 TC16-2EI-G60 TC16-3EI-N600,5 0,75 1,0 1,25 1,5 1,75 2,0 2,5 3,0 1,75 2,0 2,5 3,0 3,5 4,0 4,5 5,0E10-E12Number of cutsThread profile heightexternal4 4 5 6 7 8 9 10 12 8 9 10 12 12 13 14 14↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓6 7 9 10 11 12 14 15 19 12 14 15 20 20 21 22 220,33 0,52 0,71 0,90 1,09 1,28 1,47 1,84 2,22 1,23 1,42 1,79 2,17 2,45 2,83 3,21 3,59E13-E17Thread profile heightinternal0,27 0,44 0,60 0,76 0,92 1,09 1,25 1,57 1,90 1,04 1,20 1,52 1,85 2,07 2,4 2,72 3,05E18-E2155° external and internal threadsThese are recommended values for steel machiningThreading insertTC16-1EI-A55TC16-2EI-AG55E22-E27Pitch [passes/inch]Number of cuts28 26 24 20 19 18 16 14 12 11 10 9 85 5 6 6 7 7 8 9 10 10 11 12 12↓ ↓ - ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓8 8 9 9 12 12 14 14 16 16 18 20 20E28-E41Thread profile height0,66 0,72 0,79 0,95 1,01 1,07 1,21 1,39 1,63 1,79 1,97 2,20 2,48E42-E46Threading insertTC16-2EI-G55TC16-3EI-N55Pitch [passes/inch]14 12 11 10 9 8 7 6 5E47Number of cuts8 9 10 11 12 12 12 12 14↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓12 14 15 18 20 20 20 20 22E48-E49Thread profile height1,22 1,46 1,56 1,80 2,03 2,31 2,40 2,89 3,56These are recommended values for steel machiningE50-E51E31

MSS - TCMachining method thread turningBasicsApplication methods for external machiningE28MeasuresforthreadingproblemsE29RecommendedvaluesTools clamped in overheadpositionApplied modules in lh / neutralversionE30-E31ThreadturningRight-hand threadLeft-hand threadLeft-hand threadRight-hand threadE32ThreadmillingE33-E39CuttingdataApplied modules in rh / neutralversionTools clamped in overhead positionE40-E41Application methods for internal machiningTools clamped in overhead positionApplied modules in lh / neutralversionRight-hand threadLeft-hand threadLeft-hand threadRight-hand threadApplied modules in rh / neutral versionTools clamped in overhead positionE32

MSS - TCMachining method thread millingExternal threadGeneralConventional millingClimb millingE3-E9E10-E12Right-hand threadE13-E17Left-hand threadE18-E21E22-E27Internal threadConventional millingClimb millingE28-E41E42-E46Right-hand threadE47Left-hand threadE48-E49E50-E51E33

1xP1xPTC - thread millingBasicsDrillingE28MeasuresforthreadingproblemsThrough-hole threadBottom hole threadE29RecommendedvaluesThreadingE30-E31ThreadturningE32ThreadmillingThrough-hole threadNo radial plungingnecessary, radial approachabove or below work piece+ spiral movementBottom hole threadRadial approach untiltotal profile depth + spiralmovementRadial plunging + spiralmovementE33-E39CuttingdataAdvantages compared to multi-tooth threading insertsE40-E41øDReadjustment possible when necessaryøDG1423L2xD 1xD> Same insert for thread turning andmilling> Considerably lower cost of TC inserts> Thread is cut in a single feed fromoutside inwards or vice versa, so nostep in the thread> Low cutting forces possible throughsingle-tooth thread milling> Stable conditions> Standard reach is 2xD. Tools may bemodified up to 3xD.> Higher cutting values (vc + f) in thismanner machining times are similarto multi-tooth insert machining> Easy programmingI25R90-2D-TC16-WI32R90-2D-TC16WE34

GeneralE3-E9E10-E12E13-E17E18-E21E22-E27E28-E41E42-E46E47E48-E49E50-E51E35

Thread milling – internalMilling tool system MSS-TCBasicsFull profilemetric ISO 60°Full profileWhitworth 55°E28MeasuresforthreadingproblemsE29RecommendedvaluesE30-E31ThreadturningE32ThreadmillingD GType,D GD Ndescription[mm]25 I25R90-2D-TC16-W M27 x xM28 x x xØ25D N54TC threading insertsTC threading insertsTC16-1 I 0,5 ISOTC16-1 I 0,75 ISOTC16-1 I 1,0 ISOTC16-1 I 1,5 ISOTC16-1 I 2,0 ISOTC16-1 I 2,5 ISOTC16-1 I 3,0 ISOTC16-1 I 3,5 ISOTC16-1 I 4,0 ISOTC16-1 I 4,5 ISOTC16-1 I 5,0 ISOD GTC16-2 EI 14WTC16-2 EI 12WTC16-2 EI 11WTC16-2 EI 10WTC16-2 EI 9WTC16-2 EI 8WTC16-3 EI 7WTC16-3 EI 6WTC16-3 EI 5WM30 x x x xM32 x x x x x R 1 1 / 4 xM33 x x x x xM34 x x x x x xM35 x x x x x xM36 x x x x x x xM38 x x x x x x 1 1 / 2 xM39 x x x x x x xM40 x x x x x x x R 1 1 / 2 xM42 x x x x x x x x 1 5 / 8 xM45 x x x x x x x x 1 3 / 4 xM48 x x x x x x x x[inch]E33-E39CuttingdataE40-E4132 I32R90-2D-TC16-W M36 x x xM38 x x x xM39 x x x x xM40 x x x x xM42 x x x x x xM45 x x x x x xM48 x x x x x x xØ32M50 x x x x x x x R2 xM52 x x x x x x xM55 x x x x x xM56 x x x x x xM58 x x x x x xM60 x x x x x xM62 x x x x x xD N68M64 x x x x x xM65 x x x x x x R2 1 / 4 xM68 x x x x x xM70 x x x x x xM72 x x x x x xM75 x x x x x x R2 1 / 2 xM76 x x x x x xM78 x x x x x xM80 x x x x x xD N = nominal milling Ø= standard threadE36

Thread milling – internalModular system MSS-TCD GFull profilemetric ISO 60°Full profileWhitworth 55°GeneralE3-E9MSS-I32R-TC16-2 MSS-I32N-TC16-3 MSS-I32R-TC16-2Bgr.Type,descriptionD G[mm]TC16-2 I 2,0 ISOTC16-2 I 3,0 ISO32 1.5DM82 x x x R 2 3 / 4 xMSS-I32R90-1.5D M85 x x xØ3248TC16-3 I 4,0 ISOM90 x x x R3 xM95 x x x R3 1 / 4 xM100 x x x R3 1 / 2 xM105 x x x R3 3 / 4 xM110 x x x R4 xM115 x x xM120 x x xM125 x x x R4 1 / 2 xM130 x x xM135 x x xM140 x x x R5 xM145 x x xØ44M150 x x x R5 1 / 2 xM155 x xM160 x xM165 x x R6 xM170 x x2.5D M175 x xMSS-I32R90-2.5D M180 x xM185 x xM190 x xM195 x xØ40M200 x xM205 x xM210 x xM215 x xM220 x xM225 x xM230 x xM235 x xM240 x xØ59M245 x xM250 x x80↓ ↓ ↓M300 x xD G[inch]TC16-2 EI 11WE10-E12E13-E17E18-E21E22-E27E28-E41E42-E46E47E48-E49Bgr. = assembly sizeE50-E51E37

Thread milling – externalMilling tool system MSS-TCBasicsFull profilemetric ISO 60°Full profileWhitworth 55°E28MeasuresforthreadingproblemsE29RecommendedvaluesD GType,D GD Ndescription[mm]TC threading insertsTC threading insertsTC16-1 I 0,5 ISOTC16-1 I 0,75 ISOTC16-1 I 1,0 ISOTC16-1 I 1,5 ISOTC16-1 I 2,0 ISOTC16-1 I 2,5 ISOTC16-1 I 3,0 ISOTC16-1 I 3,5 ISOTC16-1 I 4,0 ISOTC16-1 I 4,5 ISOTC16-1 I 5,0 ISO25 I25R90-2D-TC16-W ↓ ↓D GTC16-2 EI 14WTC16-2 EI 12WTC16-2 EI 11WTC16-2 EI 10WTC16-2 EI 9WTC16-2 EI 8WM16Ø255 / 8 x3 / 4 x[inch]TC16-3 EI 7WTC16-3 EI 6WTC16-3 EI 5W7 / 8 xE30-E31ThreadturningE32ThreadmillingE33-E39CuttingdataD N5432 I32R90-2D-TC16-W ↓Ø321 x1 1 / 8 x↓ 1 3 / 8 x1 1 / 2 x1 5 / 8 x1 3 / 4 xExternal threads in therange between M16 andM80 can be milled with bothtools, I25... or I32....Choose the adequatethreading inserts with therequired pitch.↓E40-E4168D NM80D N =nominal milling ØE38

Thread milling – externalModular system MSS-TCD GFull profilemetric ISO 60°GeneralE3-E9MSS-I32R-TC16-2MSS-I32N-TC16-3Bgr.Type,descriptionD G[mm]TC16-2 I 2,0 ISOTC16-2 I 3,0 ISOTC16-3 I 4,0 ISOE10-E1232 1.5DM82 x x xMSS-I32R90-1.5D M85 x x xØ32Ø4448M90 x x xM95 x x xM100 x x xM105 x x xM110 x x xM115 x x xM120 x x xM125 x x xM130 x x xM135 x x xM140 x x xM145 x x xM150 x x xM155 x xM160 x xM165 x xM170 x x2.5D M175 x xMSS-I32R90-2.5D M180 x xØ40Ø5980M185 x xM190 x xM195 x xM200 x xM205 x xM210 x xM215 x xM220 x xM225 x xM230 x xM235 x xM240 x xM245 x xM250 x x↓ ↓ ↓M300 x xE13-E17E18-E21E22-E27E28-E41E42-E46E47E48-E49Bgr. = assembly sizeE50-E51E39

Cutting data – threadingGrades, materialBasicsHardnessE28MeasuresforthreadingproblemsE29RecommendedvaluesE30-E31ThreadturningE32ThreadmillingE33-E39CuttingdataE40-E41ARFNSHWork piecematerialNon alloyed steelLow alloyed steelHigh alloyed steelCorrosion resistantsteelStainless steelGrey cast ironSpheroidal cast ironMalleable cast ironAluminiumwrought alloysAluminiumcast alloysCopper andcopper alloys (bronze,brass)Non-metallic materialsHeat resistantalloysTitanium alloysannealedannealedtemperedannealedtemperedtemperedannealedtemperedannealedtemperedannealedquenchedquenchedhardenednon hardenedhardenednon hardenedhardenednon hardenedannealedhardenedannealedhardenedcasthardened and temperedTempered steelhardened and temperedChilled castings castTempered cast iron hardened and tempered* R m = ultimate tensile strength, measured in MPaType of treatment / alloyVDI 3323groupHB≤ 0,15% C 1 1250,15% - 0,45% C 2 150 - 250≥ 0,45% C 3 300ferriticmartensiticferritic / martensiticausteniticduplexmartensitic / austeniticpearlitic / ferriticpearlitic / martensiticferriticpearliticferriticpearlitic6 1807 / 8 250 - 3009 35010 20011 35012 20013 32514 20014 18014 230 - 26014 33015 18016 26017 16018 –19 13020 23021 6022 100< 12% Si 23 80< 12% Si 24 90> 12% Si 25 130machining alloy stock (1% Pb)26 –brass, red bronze27 90bronze28 100lead-free copper and electrolytic copper29 100thermosetting plastics29 –fibre-reinforced plastics29 –hard rubber30 –Fe-base31 200Fe-base32 280Ni or Co-base33 250Ni or Co-base 30 - 58 HRC34 –Ni or Co-base 1500 - 2200 N/mm²35 –pure titanium36 R m 440*alpha + beta alloys37 R m 1050*38 55 HRC39 60 HRC40 40040 55 HRCE40

Cutting data – threadingGrades, materialCoated carbideUncoated carbideGeneralGM213v c[m/min]GM240v c[m/min]H216Tv c[m/min]150 - 250 200 - 270 –110 - 180 180 - 230 –90 - 160 140 - 190 –100 - 170 180 - 240 –80 - 150 120 - 190 –70 - 120 120 - 160 –90 - 130 140 - 200 –70 - 110 100 -160 –110 - 170 170 - 230 –90 - 140 130 - 190 –110 - 180 150 - 200 –80 - 140 – –70 - 100 – –70 - 120 – –120 - 160 130 - 200 –100 - 130 120 - 180 –160 - 200 120 - 170 –90 - 140 120 - 190 –120 - 140 150 - 230 –90 - 130 120 - 170 –– – 100 - 800– – 100 - 800– – 100 - 500– – 100 - 500– – 100 - 350– – 80 - 300– – 80 - 500– – 80 - 500– – 80 - 500– – 80 - 500– – 80 - 500– – 80 - 50030 - 50 20 - 40 –25 - 35 20 - 30 –15 - 25 10 - 20 –10 - 20 10 - 20 –10 - 25 10 - 20 –100 - 150 70 - 100 –40 - 60 25 - 45 –35 - 45 – 30 - 40– – –10 - 20 – 5 - 1535 - 45 – 30 - 40E3-E9E10-E12E13-E17E18-E21E22-E27E28-E41E42-E46E47E48-E49E50-E51E41

MSS-SXHow to use the systemMSS-SX- how tochangeinsertsE42ApplicationpossibilitiessystemLXE43How touse thesystemPXInsert mounting key with handle towards thefront into the 2 tool location points.When moving the mounting key in thedirection of the arrows the insert seat isopened.E44MaxiClickE45-E46Position the insert pressing it against thelocation face.Moving the mounting key forward the insertseat locks and the insert is clamped securely.The clamping system is designed in such away that the mounting key can be insertedinto the blade from either side.E42

TLX - application possibilitiesInsertGeneralApplicationE3-E9Part-offE10-E122532max 45E13-E17Grooving and turningE18-E212532max 45TE22-E27Axial groovingE28-E41T max19 - MSS-E32N25-LX26 - MSS-E32N32-LX39 - MSS-E32N45-LX> 500E42-E46Internal grooving and turningmax 6014 - MSS-E32N25-LX21 - MSS-E32N32-LX34 - MSS-E32N45-LXE47For this type of internal machining theexternal tool MSS-E32R/L90-3225N orMSS-E32R/L90-3232R is used> 200TmaxE48-E49E50-E51E43

MSS-PXHow to use the systemMSS-SX- how tochangeinsertsCan be clamped from either above or belowThreaded bush on bottomThreaded bush on topE42ApplicationpossibilitiessystemLXE43How touse thesystemPXE44MaxiClickChange of threaded bushE45-E46Loosen the clamping screw and removethe insert ...... fully unscrew the clamping screw andremove it ...... draw out the threaded bush using theclamping screw ......press the threaded bush onto themilled recess on the opposite side ...... push the insert onto the contact facesto the stop and fix it in place with theclamping screw.E44

MaxiClickHow to use the systemGeneralE3-E9Important: ensure insert is correctly locatedon pin.E10-E12E13-E17E18-E21To change to the next cutting edge draw theinsert forward.E22-E27E28-E41Worn cutting edge must be broken off to leftor rightE42-E46E47E48-E49Information: during the positioning procedure,the magnets prevent the cutting inserts fromfalling out of the tool holderE50-E51E45

MaxiClickProduct characteristicsMSS-SX- how tochangeinsertsE42ApplicationpossibilitiessystemLXReinforced tool head for additionalstabilityE43How touse thesystemPXE44MaxiClickMicrofinish -27P to avoid the formationof built-up edgeE45-E46SpecialtoolsE4712° angle for part-off operationswithout burrs'Break-off notch' for a clean breakagelineCarbide positioning pin for accuraterepeatabilityE46

Special toolsGeneralYou can download the form below at our websitewww.ceratizit.com ->Download ->Forms or usingthe QR code.E3-E9E10-E12E13-E17E18-E21E22-E27E28-E41E42-E46E47E48-E49E50-E51E47

Application possibilitiesApplicationpossibilitiesApplication possibilities for MSS adapters:E48-E49AssemblydimensionsMSS adapters offer the possibility to apply the modular parting and grooving system where conventionaltool shanks or Maxiflex UTS tool heads cannot be used.For example in case of:> Special solutions of all kinds> Special tools and shanks> Rotating tools for circular milling> Special machines> Limited spaceAssembly example:Adapters in combination with VDI shankE48

Assembly dimensions for MSS adaptersAssembly type A:> For low or medium loads> Adjustable adapterbGeneralE3-E9E10-E12h 2h 120°M..h 3h minl 6 minE13-E17l 3 l 4l 2l 1b minE18-E21Assembly type B:> For heavy machining (large parting and grooving depths)> Adapter not adjustableE22-E27bE28-E41h 2h 1h 4h 5M..20°h 3h minl 5l 3l 2l 1l 4l 6 minb minE42-E46E47Dimensions in mmAdapters for:h 1 h 2 h 3±0,1h 4 h 5 h min. b b min. l 1 l 2 l 3 l 4 l 5 l 6 min. M..MSS-E20R00-ADMSS-E20L00-ADMSS-E25R00-ADMSS-E25L00-ADMSS-E32R00-ADMSS-E32L00-AD20 24 6,0 13 16 10 10,7 19 30 29,0 14,25 5,0 3 8 M425 30 8,5 16 20 12 12,6 25 37 36,0 18,00 6,5 4 12 M532 38 13,5 22 26 16 14,6 30 46 44,5 23,50 7,5 4 15 M6E48-E49E50-E51E49

Insert indexInsertindexAE50Tool indexE51AXFFXGGX..EGX..RGX..SLLXMMCPPXSSXTC13C16, C17C4, C5, C6C10, C11, C12C8, C9C15C20, C21C18C14TC C22, C23, C24,C25, C26E50

Tool indexEE..AX..00D25E..AX..90D26, D28E..GXD22, D23, D24E..PXD29E..SXD27E..TCD51HHSK-T..MSS-E..00D60HSK-T..MSS-E..90D61II..GXD46, D47, D48I..TCD53, D54MMCD30, D31MSS-E..00D4MSS-E..45D6MSS-E..90D5MSS-E..ADD7MSS-E..AXD16MSS-E..FXD19, D20MSS-E..GX D10, D11, D12,D8, D9MSS-E..GX..A D13, D14, D15MSS-E..LXD18MSS-E..SXD17MSS-E..TCD50MSS-ID40, D41MSS-I..GX D42, D43, D44,D45MSS-I..TCD52SSBND38, D39UUT..MSS-E..00D56UT..MSS-E..45D58UT..MSS-E..90D57UT..MSS-ID59UT..MSS-I..TCD55XXLC..FXD37XLC..GXD32XLC..LXD36XLC..SXD33, D34, D35GeneralE3-E9E10-E12E13-E17E18-E21E22-E27E28-E41E42-E46E47E48-E49E50-E51E51

CERATIZIT worldwideCERATIZIT worldwide• Production sites in the three big economicareas with a worldwide network of CERATIZITsales and support engineers plus manyCERATIZIT distribution partners guaranteecustomer vicinity.• We maintain the dialogue with our customersand strive for long-term partnerships.Find your personal distribution partner at:www.ceratizit.comCERATIZIT worldwide production sites and support centresCERATIZIT worldwide distribution partner networkCERATIZIT worldwideParent company inLuxembourgCERATIZIT Luxembourg SàrlRoute de Holzem 101L-8232 MamerTel.: +352 312 085-1Fax: +352 311 911E-mail: info@ceratizit.comwww.ceratizit.comContact for further information:CERATIZIT Austria Gesellschaft m.b.H.A-6600 Reutte/TyrolTel.: +43 (5672) 200-0Fax: +43 (5672) 200-502E-mail: info.austria@ceratizit.comwww.ceratizit.com

1487000063MA-PRO-0148-EN-05/12-GWe reserve the right to make technical changesfor improvement of the product.