21-Light Sources and Laser.pdf - Qioptiq Q-Shop

The LINOS 

Light 

Sources 

and Laser 

Light Sources / 

Laser

The LINOS Light Sources 

and Laser 

"A laser is a solution seeking a problem" 

(Theodore Maiman) 

The world's first working laser was invented 

by U.S. physicist Theodore Maiman in 1960. 

Today, there are countless applications that 

simply could not exist without laser technology. 

LINOS helps to make it all possible, 

with a broad spectrum of laser types for 

wavelengths ranging from 375 nm to 

785 nm, and output levels of up to 450 mW. 

Not only monochromatic laser but classic 

broadband light sources, too, are often essential. 

For image reproduction with CDD cameras 

or with viewing devices such as microscopes, 

LINOS offers halogen and xenon cold 

light sources — and now, LED light sources 

as well. Small lamp houses for halogen 

lamps, directional and spectral lamps, all 

compatible with LINOS mounts, posts and 

holders, are particularly well suited for laboratory 

setups. 

Our quality criteria: 

• High-quality German engineering 

• RoHS and CE-compliant 

• Laser manufactured in 100 % cleanroom 

atmosphere 

• Laser modules sealed in protective 

atmosphere 

• Long service life 

! 

Special features: 

All laser systems can be integrated 

in LINOS systems directly or with 

adapters. Customer-specific modifications 

of the beam parameters 

can be done on request. We have 

a broad range of accessories such 

as light guides, focusing methods 

and filters for all cold light sources. 

Condensers and power supplies 

complete the line of lamp 

housing products. 

Ideal areas of application, laser: 

Metrology; spectroscopy; medical 

technology; bioanalysis; fluorescence 

excitation; materials testing 

and processing; sensor technology; 

telecommunications. 

Ideal areas of application, light 

sources: 

Microscopy; endoscopy; quality assurance; 

inspection systems; image 

processing; life sciences; biology. 

674 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766

Light Sources and Laser 

Microbench Light Sources ____________________ 

Lamp Socket, Adjustable 676 

Lamp 6V/6W 676 

Tungsten-Halogen Lamp House, 50 W 676 

Tungsten-Halogen Lamp Socket 677 

Halogen Lamp, 6 V/10 W 677 

Holder for Halogen Lamp, G4 Socket 678 

Tungsten-Halogen Lamp 12 V 678 

LED Light Sources HighLED 679 

Condenser C35 with Ancillary Lens 680 

Dispersion Plate in Retaining Mount 680 

Polarization Filter in Retaining Mount 681 

L/4 Plate in Retaining Mount 681 

Lamphouse IL and Accessories________________ 

Lamphouse IL 682 

Halogen Lamp Power Supply PSH 100 683 

Mercury Arc Lamp Power Supply PSQ 50AC 684 

Xenon Lamp Power Supply PSX 75 685 

Adjustment Foot IL 686 

Mounting Bracket 40/65 686 

Microbench Adapter IL 686 

Condenser; Two-Lens; 105-385 mm; VIS 687 

Condenser; Two-Lens; 105-385 mm; UV 687 

Condenser; One-Lens 220 mm - ∞; VIS 687 

Condenser; One-Lens 220 mm - ∞; VIS 687 

Tungsten-Halogen Lamp 12 V 688 

Mercury Arc Lamp 688 

Xenon Arc Lamp 689 

Fiber Illumination System ___________________ 

Overview 690 

Halogen Fiber Light Source CLS-H 691 

EL Replacement Bulb, Halogen 691 

Metal Halide Lamp CLS-ARC 692 

Sliding Filter Holder FH 692 

Xenon Fiber Light Sources LQX 693 

Xenon Fiber Light Sources LQX, stabilized 

with and without Brightness Control 694 

UV Fiber Light Source LQ UV 1000, with 

and without Brightness Control 696 

Replacement Lamp HBO 696 

Light Guide Adapters LQX/UV 697 

Gooseneck Light Guide, Semi-rigid SL 698 

Gooseneck Light Guide, Semi-rigid with 

Feed Line SLZ 698 

Fiber Ringlight RL 699 

Flexible Fiber Light Guide FL 700 

Articulated Mount for flexible Light Guide FL 700 

Focusing lens 700 

Adapter for Schott-Light Guide 701 

Light Guides LLG VIS 701 

Light Guides LLG IR 702 

Light Guides LLG UV 702 

Focusing Lens Attachments FA 703 

Spotlight 703 

LED Light Sources _ __________________________ 

LED Cold Light Source CLS-LED 704 

LED Ring Lights RL 4 705 

LED 4-Segment Ring Light RL R4-S4 706 

LED 8-Segment Ring Light RL R8-S8 707 

Polarizing Filters Set for RL4 708 

Diffusor Disk for RL 4 708 

Protective glass for RL 4 708 

LED Laboratory Gooseneck Reflected 

Light Illumination, SL Series 709 

Stand plates for microscopes 711 

Adapter for microscope column 711 

Wall Holder with Installation Set 711 

Table clamp 712 

Magnetic stand 712 

Microbench Light Source LED ML 713 

LED Coaxial Illumination System 713 

Laser _______________________________________ 

Properties of Laser Light 714 

HeNe Laser 715 

Cylindrical HeNe Lasers with Shutter, 

Outer Diameter 35 and 45 mm 716 

Cylindrical HeNe Lasers, Outer Diameter 

31.7 and 44.25 mm 718 

Power Supply for Cylindrical HeNe Lasers 719 

C-Mount Adapter for HeNe-Laser with 

Outer Diameter of 35 mm 720 

C-Mount Adapter for HeNe Lasers with 

Outer Diameter of 45 mm 720 

Laser Adapter C 35 for HeNe Laser with 

Outer Diameter 31.7 mm 720 

Microbench Adapter for HeNe-Laser with 

31.7 mm Outer Diameter 721 

Beam Blocking Shutter, Mechanical 721 

Diode Laser 724 

Diode Laser x.ldm 405 to 830 nm 726 

Diode Laser x.ldm-L 635 nm 727 

Power Supply for all Diode Lasers 

x.ldm / x.ldm-L 727 

Diode Pumped Solid State Laser 728 

Diode-Pumped Solid-State Laser DPL 729 

Mounting Bracket DPL 730 

Mounting Plate DPL 730 

Adapter FIC / Microbench 731 

Laser Modules NANO 100 Series 732 

Laser Modules NANO 250 Series 733 

Laser Modules NANO 250 RAMAN 734 

Software Package NANO 250 735 

RemoteControl NANO 250 735 

Mounting Plate NANO 250 FN 736 

Option Fiber Coupler NANO 250 736 

Option Water Cooling System NANO 250 737 

Phone numbers: Germany +49 551 69 350 

France +33 47 25 20 420 

675

Lamp Socket, Adjustable 

• Uses G06 5044 000, lamp, 6V / 6W (not 

included) 

• Outer Diameter 25 mm 

• Ba 9s bulb socket 

• 500 mm cord with Ø 4 mm male plugs 

on flying leads 

• Requires reduction adapter 23.2, G06 

1636 000 for mounting 

Lamp socket, adjustable 

Item Title 

Part No. 

Lamp socket, adjustable G06 5043 000 

Lamp 6V/6W 

• For use with G06 5043 000, Lamp 

socket, adjustable (not included) 

• 1 x 1.2 mm active filament area 

• Fits Ba 9s bulb socket 

Lamp 6V/6W 

Item Title 

Part No. 

Lamp 6V/6W G06 5044 000 

Tungsten-Halogen Lamp House, 50 W 

• Uses 12 V / 50 W Tungsten-Halogen 

Lamp (not included) 

• Includes Concave Mirror 

(G06 03611 000) and Aspheric 

Condenser (G06 3097 000) 

• Ø 4 mm female plugs for connecting 

electrical supply 

Tungsten-halogen lamp house, 50W 

Item Title 

Part No. 

Tungsten-halogen lamp house, 50W G06 5005 000 



Tungsten-Halogen Lamp Socket 


Laser 

• Component of G06 5005 000 

tungsten-halogen lamp house 

• Concave mirror and tungsten-halogen 

lamp not included 

• Ø 4 mm female plugs for connecting 

electrical supply 

• Mounting options: 

• M4/M6 tapped holes for mounting on 

threaded posts 

• Mounts on breadboards, mounting 

bases, baseplates 

• Mounts on Microbench rods 

• Tungsten-halogen lamp 12 V/50W 

(G06 5031 000), see below. 

Tungsten-halogen lamp socket 

Item Title 

Part No. 

Tungsten-halogen lamp socket G06 5006 000 

Halogen Lamp, 6 V/10 W 

• Suitable for G4 socket, G06 5008 000 

• Filament size, 1.7 x 0.65 mm 

• Orientation: vertical, ± 90° 

Tungsten-halogen lamp 

Halogen lamp, 6 V/10 W 

Item Title 

Part No. 

Halogen lamp, 6 V/10 W G06 5051 000 


France +33 47 25 20 420 

677

Holder for Halogen Lamp, G4 Socket 

• For halogen lamp G06 5051 000, 

6V / 10W 

• Mounts directly to mounting plates 

and cube 30 

• Leads terminated with 4 mm Ø plugs 

• Tungsten-Halogen lamp not included 

Holder for halogen lamp, G4 socket 

Item Title 

Part No. 

Socket G4 with Mounting Plate 

Holder for halogen lamp, G4 socket G06 5008 000 

Socket G4 with Cube 

Tungsten-Halogen Lamp 12 V 

• 50 W version for G06 5005 000 Tungsten-Halogen 

Lamp House, 

G06 5006 000 and G03 0530 000 


• 100 W version for G03 0530 000 

Tung sten-Halogen Lamp House IL 


• See section Small Lamp House, Power 

Supplies regarding Electronically 

Vari able Transformer, 230 V with 12 V 

output voltage 

Tungsten-halogen lamp 12 V 

Item Title 

Part No. 

Tungsten-halogen lamp, 12 V / 50 W G06 5031 000 




LED Light Sources HighLED 



• Super bright LED light sources 

• Brightness adjustable 

• Current stabilized 

• Connection of LINOS standard optics 

with C-Mount 

• Compatible to the LINOS Microbench 

system 

• LED: Luxeon Star 

• Supply Voltage: 12 V / DC (7 V min, 

13 V max) 

• Supply Voltage Connection: Binder 

serie 719 

• Current Stabilization: 150 mA ± 2% 

• Current Control: 0-150 mA 

• Operating Temperature: 0-40 °C 

• Mount, Diameter: 30 mm (2.56 in.) 

• Mount, Total Length: 65 mm (2.56 in.) 

• Weight: 60 g (2.1 oz ) 

• Please look on the following pages 

regarding accessories to the LED light 

sources HighLED. 

HighLED Light Sources in Clamp Holder 30 

(G06 1243 000, not included) on optical table 

G12 7435 000 

Item Title Color Typ. wavelength Typ. output power Input Output Part No. 

HighLED-W white 5550 K 4.0 mW at 440 nm G06 5150 000 

HighLED-B blue 470 nm 2.5 mW at 470 nm G06 5151 000 

HighLED-G green 530 nm 2.5 mW at 530 nm G06 5152 000 

HighLED-R red 630 nm 4.0 mW at 630 nm G06 5153 000 

Power supply 100-240 V AC / 50-60 Hz 12 V DC / 450 mA G12 7435 000 


France +33 47 25 20 420 

679

Condenser C35 with Ancillary Lens 

HighLED Accessory 

• Collimating configuration for HighLED 

• Compatible to the LINOS Systems Tube 

Mounting System C and Microbench 

• Easy to detach to assemble other 

optical configurations 

• Thread M32.5 x 0.75 to attach other 

ancillary components e.g. polarizers 

etc. 

• Aspheric condenser with plano-convex 

lens f = 200 mm 

• C-Mount thread 


Condenser C35 with ancillary lens 

Item Title 

Part No. 

Condenser C35 with ancillary lens G06 5247 000 

Dispersion Plate in Retaining Mount 




• Ground glass for diffuse light 

• Clear Aperture Ø 30 mm 


Dispersion plate in retaining mount 

Item Title 

Part No. 

Dispersion plate in retaining mount G06 5243 901 



Polarization Filter in Retaining Mount 




• To create linear polarized light 



• Can be combined with other retaining 

mounts 

• Combine with a second polarizer to 

vary the light intensity 


Polarization filter in retaining mount 

Item Title 

Part No. 

Polarization filter in retaining mount G06 5245 901 

L/4 Plate in Retaining Mount 


• Combine with a Mounted Polarizer 

G06 5245 901 to create circular polarized 

light 

• Compatible to the LINOS systems Tube 



L/4 Plate in retaining mount 

Item Title 

Part No. 

L/4 Plate in retaining mount G06 5245 902 


France +33 47 25 20 420 

681

Lamphouse IL 

The IL Series Lamphouse consists of a 

universal lamp housing for halogen, 

xenon and mercury vapor lamps. The 

combination with an electronic lamp 

power supply from the PS Series gives 

you a high-quality, soph isticated lighting 

system for your applic ations. The 

universal lamp housing is exceptionally 

compact, and the precision adjustment 

of its mechanical compon ents makes 

your lighting configurations easy to 

reproduce. The lamp socket, mirrors and 

collector can be adjusted from outside 

the housing, using the adjustments on 

the back panel. Even when operating 

under thermal load, the mechanical 

positioning remains extremely stable. 

Openings in the top and bottom housing 

panels allow air to circulate around the 

lamp without permitting any light to 

escape. This noiseless and vibration-free 

convection cooling helps ensure the 

conditions for stable light emission from 

the lamp. A Ø 60 mm collector guide 

holds the condensers. The lamp housings 

come with four screw-in rubber feet as 

standard equipment, any of which can 

be replaced by an adjustment foot if 

desired. 

• Housing: Formed sheet metal housing, 

light-tight, textured paint: white 

(RAL 9003) 

• Dimensions (HxWxD): 169 x 126 x 

154 mm (6.65 x 4.96 x 6.06 in.) 

• Weight: 3.4 kg (7.5 lb) 

• Clearance, Optical Axis – Lower Edge 

of Lamp Housing: 120 mm (4.72 in.) 

• Fastening, Collector: Collector guide 

with with z-adjustment 

• Fastening, Lamp: Lamp adapter with 

X-Y adjustment 

• Fastening, Microbench Adapter: M4 

hole circle, 73 mm 

• Reflector: Mirror with 

X-Y-Z adjust ment 

• Lamp Socket: Lamp adapter 

(lamp-type specific) 

• Power Supply: Electronic ballast 

(lamp specific) 

• Electrical Connection: Cable, 1.5 m 

long; electrical connection permanently 

attached to lamp housing, plug 

coded to match electronic ballast 

• Ambient Temperature: 0 ºC to + 40 ºC 

• Storage Temperature: – 40 ºC to +70 ºC 

• Device Protection Class: I 

• Type of Protection: IP 20 (EN 60529) 

• Safety Circuit: Shut off when device is 

opened 

• Lamp housings for halogen lamps, Hg 

and Xe 

• Igniter built in to the lamp housing for 

Xenon or mixed-gas lamps 

• External, thermally stable and reproducible 

mechanical adjustment of 

lamps, mirrors and collectors 

• Easy lamp replacement 

• Light-tight 

• Splinter shield included in delivery 

• Safety-circuit function 

• Comprehensive range of accessories 

• Compatible with LINOS Microbench 

• Bulb not included 

Lamphouse IL 

Item Title 

Part No. 

Lamphouse ILH 100 for Tungsten-Halogen Lamps G03 0530 000 

Lamphouse ILQ 50AC for Mercury Arc Lamps G03 0532 000 

Lamphouse ILX 75 for Xenon Lamps G03 0534 000 



Halogen Lamp Power Supply PSH 100 



The PSH 100 Power Supply is intended 

solely for operation of halogen lamps 

with max. 12 V/100 W in suitable lamp 

housings. The output voltage from the 

ballast can be adjusted by the user with 

high precision using the 10-turn 

potentiometer on the front panel of the 

device. The potentiometer adjustment 

knob can be secured to prevent 

inadvertent changes in the output 

voltage. The display on the front panel 

of the instrument can show output 

voltage or output current, depending on 

user selection. A service-hour counter is 

provided to record the number of hours 

of operation. The counter can be reset 

to 0 by the user. 

• Equipment supplied: power supply 

with power cord and operating 

instructions 

• Dimensions (WxHxD): 175 x 115 x 

290 mm (6.89 x 4.53 x 11.42 in.) 

• Weight: 2.8 kg (6.2 lb) 

• Output Voltage; adjustable: 

1 to 12.1 VDC 

• Line Regulation: < ± 0.2 % 

• Output Voltage Ripple: < 1 % peak 

to peak 

• Output Current: Max. 10 A 

• Short-Circuit Strength: Continuous 

short-circuit protected 

• Input Voltage: 100 to 240 VAC (±10%) 

• Frequency: 50 to 60 Hz 

• Power Consumption: Max. 150 VA 

• Fuse: 2 T4 A; breaking capacity H 

• Permissible Ambient Temperature 

Range (storage): –20 to 85 °C 

• Permissible Relative Humidity 

(storage): 10 to 90%, non-condensing 


Range (operation): –0 to 40 °C 


(operation): 10 to 90%, 

non-condensing 



• Overheating Protection: Overheating 

causes the equipment to switch off. 

Once the equipment has cooled down, 

lamp output switches back on 

automatically. 

• Overload Protection: Output is 

protected from continuous shortcircuit 

current 

• Limitation of Emissions: EN 61326 

(Class B) 

• Defined Immunity to Interference: 

EN 61326 Appendix A 

• Voltage Fluctuation, Flicker: 

EN 61000-3-3 

• Harmonic Current Emissions: 

EN 61000-3-2 

Halogen Lamp Power Supply PSH 100 

Item Title 

Part No. 

PSH 100 G03 0540 000 


France +33 47 25 20 420 

683

Mercury Arc Lamp Power Supply PSQ 50AC 

Plug and play: state-of-the-art 

technology. 

This electronic AC Power Supply replaces 

the older-model electrical ballasts and 

offers outstanding properties which in 

turn extend service life of the lamp. 

Moreover, it provides significantly 

improved light quality, and can be used 

anywhere in the world with no switching 

needed. In addition to the traditional 

areas of use, this considerably smaller 

and lighter instrument opens up many 

new possibilities as well, such as in 

connection with camera applications, for 

example. The electrical ballast is based 

on a switching power supply. In 

comparison to the power supplies with 

choke coils usually implemented for 

mercury vapor lamps, this model enables 

the following advantages: 

• Energy-saving operation enables a 

lamp service life of approx. 500 h 

• Greater efficiency 

• Extremely low ripple of the 

luminous flux 

• Wide range input 

• Economies of weight and volume 

The power supply also generates the 

starting voltage required to ignite the 

connected lamp. No additional igniter is 

needed. The starting voltage is 

generated automatically when the 

power supply is switched on, after the 

safety circuit is closed, and switches off 

again automatically once the connected 

mercury short-arc lamp as been 

successfully ignited. 


235 mm (6.50 x 3.39 x 9.25 in.) 

• Weight: 1.4 kg (3.09 lb) 

• Output Power: 50 ± 3 W 

• Stability (8 h): ≤ 2 % 

• Combustion Current: Max. 2.0 A 

• Combustion Voltage: 33 to 55 V AC 

• Output Frequency: 151 Hz 

• Pulse Wave Shape: Rectangular 

• Luminous Flux Modulation: < 5 % 

• Ignition: Automatic, with ignition 

time limit 

• Ignition Voltage: Approx. 500 VAC eff. 




• Fuse: 2 T4 A; breaking capacity H 






Range (operation): 0 to 40 °C 






• Overheating Protection: Combustion 

voltage is cut; output remains 

connected to the mains 

• Safety Circuit: Present 

• Outputs: Connected to the mains 

• Limitation of Emissions: EN 61326 

(Class B) 

• Defined Immunity to Interference: 

EN 61326 Appendix A 

• Voltage Fluctuation, Flicker: 

EN 61000-3-3 

• Harmonic Current Emissions: 

EN 61000-3-2 

Mercury Arc Lamp Power Supply PSQ 50AC 

Item Title 

Part No. 

PSQ 50AC G03 0542 000 



Xenon Lamp Power Supply PSX 75 



Safety is a top priority with us. 

The PSX 75 is Power Supply made solely 

for operation of type XBO 75 W/2 model 

Xenon short-arc lamps from OSRAM and 

equivalent types in suitable lamp 

housings. The corresponding LINOS lamp 

housing, ILX 75, has a built-in igniter that 

generates the high voltage necessary to 

ignite the Xenon short-arc lamp. The PSX 

75 power supply provides a no-load 

voltage (UL = 55 to 65 V DC) to the lamp 

output for operation of the igniter. 


222 mm (6.57 x 3.35 x 8.74 in.) 

• Weight: 2.2 kg (4.85 lb) 

• Output Power: 86 W 

• Output Current: Nominal value 

5.4 A ± 0.3 A 

• Stability (8 h): ≤ 10-2 

• Output Current Ripple (50 Hz to 

200 kHz): < 50 mApp 

• No-Load Voltage: 55 to 65 VDC 

• Combustion Voltage: 10 to 18 VDC 

• Short-Circuit Strength: Continuous 

short-circuit protected 




• Fuse: 2 T2 A; 5 mm x 20 mm; breaking 

capacity H 






Range (operation): 0 to 40 °C 






• Overheating Protection: Present 

• Safety Circuit: Present 

• Overload Protection: The lamp output 

is continuous short-circuit protected 

• Output Power Limit: As the lamp's 

combustion voltage increases over the 

service life of the lamp, the power 

limit rises as well. This is why the 

device limits the maximum output 

power to 86 W. 

Xenon Lamp Power Supply PSX 75 

Item Title 

Part No. 

PSX 75 G03 0544 000 


France +33 47 25 20 420 

685

Adjustment Foot IL 

As an alternative to the standard rubber 

feet, the LINOS lamp housings can be 

optionally equipped with adjustment 

feet. The height adjustment of each foot 

can be varied by ±4 mm, to change the 

height of the housing or to adjust tilt. 

The feet can be attached to a surface 

that has M6 threaded holes in a 25 mm 

pattern, to prevent inadvertent 

movement of the lamp housing. 

• For precise adjustment of the lamp 

housing 

• Adjustment Range: ± 4 mm 

• Can be secured in position with four 

M6 screws 

• Can be mounted on a mounting 

bracket or optical table with M6 

threaded holes in a 25 mm pattern 

Adjustment Foot IL 

Item Title 

Part No. 

Adjustment Foot IL G03 0550 000 

Mounting Bracket 40/65 

With the mounting bracket 40/65 the 

IL series lamp housings can be affixed 

laterally to an optical table to save 

valuable space on the work surface. 

Another practical application is the 

adaptation of a 120 mm beam height to 

the standard 40 and 65 mm beam 

heights of LINOS structural components. 

This is achieved by simply removing an 

intermediate piece from the bracket. The 

base of the mounting bracket has M6 

threaded holes (pattern: 25 mm). 

• Lateral installation on optical tables 

• For adapting beam heights of 120 mm 

to 40 or 65 mm 

• Work surface with M6 threaded holes 

in a 25 mm pattern 

• Can be mounted on a mounting 

bracket or optical table with M6 

threaded holes in a 25 mm pattern 

Mounting Bracket 40/65 

Item Title 

Part No. 

Mounting Bracket 40/65 G03 0551 000 

Microbench Adapter IL 

The Microbench IL adapter is the 

interface to the LINOS Microbench and 

Tube System C, placing a broad range of 

mechanical and optical components at 

your disposal. 

• For easy installation in the 

LINOS Microbench system 

• Free Ø: 35 mm 

Microbench Adapter IL 

Item Title 

Part No. 

Microbench Adapter IL G03 0553 000 



Condenser; Two-Lens; 105-385 mm; VIS 



• Wavelength range: 420 to 680 nm 

• Focal length: 32 mm 

• Back focal length: 105 to 385 mm 

(measured from front panel of lamp 

housing) 

• Numerical aperture: 0.52 

• Type: aspherical lens (B270) and 

plano-convex lens (N-BK7) 

• Outer diameter: 60 mm 

• Filter thread: M55 x 0.75 

Condenser; Two-Lens; 105-385 mm; VIS 

Item Title 

Part No. 

Condenser, two-lens, 105-385 mm, VIS G03 0556 000 

Condenser; Two-Lens; 105-385 mm; UV 



• Back focal length: 105 to 385 mm 

(measured from front panel of lamp 

housing) 


• Type: aspherical lens (B270) and 

plano-convex lens (N-BK7) 



Condenser; Two-Lens; 105-385 mm; UV 

Item Title 

Part No. 

Condenser, two-lens, 105-385 mm, UV G03 0557 000 

Condenser; One-Lens 220 mm - ∞; VIS 



• Back focal length: 220 mm to infinity 


• Type: aspherical lens (B270) 




Item Title 

Part No. 

Condenser, one-lens 220 mm - ∞, VIS G03 0558 000 




• Back focal length: 220 mm to infinity 


• Type: aspherical lens (fused silica) 




Item Title 

Part No. 

Condenser, one-lens 220 mm - ∞, VIS G03 0559 000 


France +33 47 25 20 420 

687

Tungsten-Halogen Lamp 12 V 

• 50 W version for G06 5005 000 Tungsten-Halogen 

Lamp House, 

G06 5006 000 and G03 0530 000 


• 100 W version for G03 0530 000 

Tung sten-Halogen Lamp House IL 


• See section Small Lamp House, Power 

Supplies regarding Electronically 

Vari able Transformer, 230 V with 12 V 

output voltage 

Tungsten-halogen lamp 12 V 

Item Title 

Part No. 



Mercury Arc Lamp 

HBO lamps are short-arc lamps with a 

discharge arc that burns in a mercury 

vapor atmosphere under high pressure. 

Typical ares of application include fluorescence 

microscopy, fluorescence endoscopy, 

schlieren photography and hologram 

reduction. 

The HBO 50 W/AC is solely an alternating-current 

lamp and must not be 

connected to direct current. 

• Ideal lamp for Lamphouse ILQ 50AC 

for Mercury Arc Lamps G03 0532 000 

• High radiance 

• High optical quality 

• Multiple-line spectrum 

• High radiation output in the UV and 

visible range 


• Power rating: 50 W 

• Voltage drop: 39-45 V 

• Nominal current: 1.3 A 

• Luminous flux: min. 1650 lm 

• Luminosity: min. 200 cd 

• Luminous density: min. 27000 cd/cm2 

• Luminous field: 0.3 x 1.0 mm 

• Service life: 100 h 

• Burning position: vertical to 45 ° 

• Socket: SFa 6-2 

Mercury Arc Lamp 

Item Title 

Total length L1 

(mm) 

Length L2 

(mm) 

Bulk Ø d 

(mm) 

Length a 

(mm) 

Part No. 

Mercury Arc Lamp, 50 W/AC max. 53.0 max. 47.0 max. 10.0 22.0 G03 0320 000 



Xenon Arc Lamp 



XBO xenon lamps are short arc lamps in 

which the luminous arc burns in an 

atmosphere of pure xenon gas at high 

pressure. XBO lamps are used in scientific 

and technical applications such as: 

- Fluorescence Spectrometers 

- Light sources for microscopy / 

fluores cence microscopy 

- Light sources for endoscopy / 

fiber optics 

- Graphic scanners 

- Color matching lights 

- Color measuring units 

• High luminance 

• Daylight color temperature of approx. 

6000 K 

• Continuous spectrum in the visible 

range 

• Constant color properties throughout 

the life time of the lamp 

• High arc stability 

• Almost full luminous flux immediately 

after ignition 

• High color rendering index (Ra > 95) 

• Power rating: 75 W 

• Voltage drop: 14 V 

• Nominal current: 5.4 A 

• Luminous flux: 1000 lm 

• Luminosity: min. 100 cd 

• Luminous density: 40000 cd/cm2 

• Luminous field: 0.3 x 0.8 mm 

• Service life: 400 h 

• Burning position: vertical to 100° 

• Socket: Anode SFa 9-2, Cathode SFa 

7.5-2 

Xenon Arc Lamp 

Item Title 

Total length L1 

(mm) 

Length L2 

(mm) 

Bulk Ø d 

(mm) 

Length a 

(mm) 

Part No. 

Xenon Arc Lamp 75 W/2 max. 90.0 max. 82.0 10.0 43.0 G03 0326 000 


France +33 47 25 20 420 

689

Fiber Illumination Systems, Overview 

The fiber optic cold illuminator consists 

of a cold light source and a fiber light 

guide that transmits light from the light 

source to the object. Our large selection 

of light guide fiber bundles, liquid light 

guides with a variety of accessories and 

the appropriate light sources provide the 

optimum solutions to lighting problems 

for the following applications: 

•• 

Microscopy 

•• 

Endoscopy 

•• 

Work place illumination (assembly, 

precision engineering) 

•• 

Quality assurance 

•• 

Inspection systems 

•• 

Photography 

•• 

Adhesive and plastic curing 

•• 

Fluorescence excitation 

•• 

Irradiation 

The essential criteria for selecting a cold 

light source are the following: 

•• 

Intensity output 

•• 

Spectrum of the emitted light (color) 

•• 

Stability of intensity 

•• 

Handling 

•• 

Lifetime 

For offering the optimal solutions for all 

these applications and requirements we 

put together the following selection of 

standard light sources: 

Halogen fiber light sources: 

30 W, 100 W and 150 W, with continuous 

light regulation. Color temperatures of 

3,000-3,400 K (white light). 

Metal halide fiber light sources: 

100 W and 150 W, with continuous light 

regulation. Color temperatures of 4,200 and 

5,200 K. 

Xenon fiber light sources: 

100 W or 180 W with continuous light 

regulation. Color temperature of 5,800 K 

(daylight spectrum). 

Mercury fiber light sources: 

100 W and continuous light regulation. 

UV spectrum alone.For optimum 

transmission of light to the object, we 

offer two types of fiber light guides: 

Light guides with glass fiber bundles: 

These consist of many highly flexible, 

individual glass fibers that are optically 

processed, suitable for low and medium 

outputs in the visible spectrum. Their 

transmission is approx. 50 %. The 

following versions are available: 

•• 

Flexible, protected with PVC or metal 

tubing 

•• 

Flex and stay metal coil (swan neck) 

•• 

One, two, three or more arms 

•• 

Ring-shaped or inline 

•• 

Customer-specified light guide 

Liquid fiber light guides: 

Flexible, liquid-filled PVC tubing that is 

sealed on the ends with quartz windows. 

This type of fiber light guide is ideal 

especially for applications in which high 

transmissions (approx. 85 %) and high 

powers are required. The three standard 

liquid fiber light guides cover a wavelength 

range from 300 nm (UV) to 

2,000 nm (IR). A fiber light guide for 

250 nm is also available on request. 



Halogen Fiber Light Source CLS-H 



Halogen Fiber Light Source CLS-100 ME and 

CLS-150 ME 

Halogen Fiber Light Source CLS-H 30 E 

LINOS Halogen cold-light technology 

guarantees the highest quality and is 

ideal for use in science and industry, in 

applications such as quality assurance, 

endoscopy, microscopy, image processing, 

and more. With a compre hensive range 

of accessories, such as light guides and 

many others, CLS-H can provide the 

optimum solution for virtu ally any 

lighting requirement. 

We offer halogen cold light sources in 

three different output classes, from 30 to 

150 W. With the 30 W version, the light 

output is continuously variable using a 

potentiometer. The 100 W and 150 W 

versions have an iris diaphragm for 

precise and continuous adjustment of 

the light output with no change in the 

color temperature. Furthermore, the 

lamp housing on the 100 W and 150 W 

versions has an integrated filter slot for 

color or daylight filters. 

The modular structure of this series 

makes it perfectly adaptable to 

customer-specific OEM designs. 

• Fits all LINOS light guides; compat ible 

with Heim/Volpi 

• Low noise and vibration-free active 

cooling 

• Suitable for continuous operation 

• Long service life thanks to soft start 

• Easy bulb replacement 

• Electronic short-circuit protection 

• Automatic output regulator for overload 

and overheating protection 

• Open-circuit protection 

• Fire safety shut-off in the event of 

malfunction 

• Rugged aluminum housing 

• Vertical and horizontal operation 

• Stackable 

• Color Temperature: 3100 K 

• Operating Voltage: 100-240 VAC; 

50/60 Hz 

• Equipment included: Filter holder 

Halogen Fiber Light Source CLS-H 

Item Title Output (W) Average lifetime (h) Size LxhxH (mm) Weight (kg) Part No. 

CLS-H 30 E 30 200 260 x 174 x 137 2.15 G40 5600 000 

CLS-H 100 ME 100 1500 260 x 174 x 137 2.3 G40 5601 000 

CLS-H 150 ME 150 1500 260 x 174 x 137 2.3 G40 5602 000 

EL Replacement Bulb, Halogen 

• Replacement bulb for all CLS-H and 

CLS-ARC cold light sources 

EL Replacement Bulb, Halogen 

Item Title Color Temperature (K) Compatible with 

lightsource 

Power (W) Voltage (V) Part No. 

EL 30 3100 CLS-H 30 E 30 10.8 G40 5616 000 

EL 100 3100 CLS-H 100 ME 100 12 G40 5617 000 

EL 150 3100 CLS-H 150 ME 150 15 G40 5618 000 

EL ARC 100 5200 CLS-ARC 100 M 100 0 G40 5619 000 

EL ARC 150 4200 CLS-ARC 150 M 150 0 G40 5620 000 


France +33 47 25 20 420 

691

Metal Halide Lamp CLS-ARC 

Metal Halide Fiber Light Source CLS-ARC 

The high performance short-arc cold 

light sources in the CLS-ARC series are 

ideal for applications in which both high 

light output and very long bulb life are 

required, for example in industrial image 

processing or endoscopy. 

The light output of the CLS-ARC can be 

precisely and continuously adjusted 

without changing the color temperature 

using an iris diaphragm. The lamp is 

equipped with a filter slot on one side 

for insertion of a color filter or daylight 

filter. 

The modular structure of this series 

makes it perfectly adaptable to 

customer-specific OEM designs. 

• High light output 

• Long bulb life 

• Daylight-quality spectrum 

• Fits all LINOS light guides; compat ible 

with Heim/Volpi 

• Low noise and vibration-free active 

cooling 


• Easy bulb replacement 

• Rugged aluminum housing 

• Vertical and horizontal operation 

• Stackable 

• Operating Voltage: 100-240 VAC; 

50/60 Hz 

• Service Life, Bulb: Approximately 

6000 h 

• Housing Dimensions (L x W x H): 260 x 

174 x 137 mm (10.2 x 6.9 x 5.4 in. ) 

• Weight: 3.0 kg (6.6 lb ) 

Metal Halid Fiber Light Source CLS-ARC 

Item Title Output (W) Color Temperature (K) Part No. 

CLS-ARC 100 M 100 5200 G40 5604 000 

CLS-ARC 150 M 150 4200 G40 5605 000 

Sliding Filter Holder FH 

The FH Filter Holder lets you install any 

type of filter, such as a color or daylight 

filter, in the side slot to position it 

directly in the beam path. This opens up 

a wide range of options for configuring 

the light beam. 

• For all CLS-H and CLS-ARC cold light 

sources 

• Can be replaced during operation 

Sliding Filter Holder FH 

Item Title Filter type Part No. 

FH-TL daylight G40 5610 000 

FH-GR green G40 5611 000 

FH-GB yellow G40 5612 000 

FH-RT red G40 5613 000 

FH-BL blue G40 5614 000 



Xenon Fiber Light Sources LQX 



Replacement Lamp XBO 

High quality 

Because of their daylight spectrum (light 

of 5,800 °K similar to sunlight), xenon 

fiber light sources are suitable for all 

applications in which true-color imaging 

is required. The use of a new, special 

xenon lamp with an ellipsoid reflector 

provides maximum illumination. 

Moreover, this type of lamp features a 

long life and substantially reduced heat 

generation. It can be quickly and easily 

replaced without the need for special 

tools or additional adjustment. The line 

of fiber light sources of the LQX series 

offers a choice of 100 W and 180 W 

outputs. This series is compatible with 

any commercially available light guides 

and endoscopes just by exchanging the 

light guide adaptor. 


• Special Xenon lamp (mercury-free, non-toxic filling) with ellipsoid reflector 


• Full metal housing with powder coating 

• With brightness setting, using servoaperture (no change in color temperature) 

• Low-cost models without brightness control available on request 

• Fine adjustment using keypad 

• Heat protection filter KG/IR 3 

• 230 / 115 V ~, 50 / 60 Hz 

• Type of protection of the housing IPX 

1 / IEC 529 

• Radio interference suppression N 

• Safety group 3 for medical equipment 

acc. to the stringent Germantechnical 

safety standard MedGV 

• Classification: Type CF 

• Type of electrical protection 1/ tested 

by the German Association for 

Technical Safety and Inspection (TÜV) 

• CE mark acc. to Council Directive 

89/336/EEC 

• Type complies with the following 

International, 

European and German Standards: 

- IEC 601-2-18: 1992 

- EN 60601-1: 1993 

- EN 55011, IEC 801, TÜV, GS, ESD 

(EMC) 

- DIN VDE 0750 Part 1 

• Safety values measured according to 

VDE 0701 / 

nominal values: 

- leakage current 50 μA 

- resistance of protective grounding 

conductor: 0.1 Ω 

- insulating resistance ∞ 

Xenon Fiber Light Sources LQX 

Item Title 

Color 

Temper ature (K) 

Power 

(W) 

Version 

for 

Lamp life 

(h) 

Brightness 

adjustment 

Dimensions 

LxBxH (mm) 

Weight 

(kg) 

Part No. 

LQX 1000 5800 100 Europe 500 yes 290x260x110 6.5 G40 5500 000 

LQX 1800 5800 180 Europe 500 yes 290x360x110 9 G40 5501 000 

LQX 1000 5800 100 UK 500 yes 290x260x110 6.5 G40 5560 000 

LQX 1800 5800 180 UK 500 yes 290x360x110 9 G40 5561 000 

LQX 1000-C 5800 100 Europe 500 no 290x260x110 6.2 G40 5553 000 

LQX 1800-C 5800 180 Europe 500 no 290x360x110 8.7 G40 5554 000 


Item Title 

Average lifetime 

(h) 

Color Temperature 

(K) 

Power (W) Compatible with Part No. 

XBO R100 W/45 OFR 500 5800 100 LQX 1000 G40 5510 000 

XBO R180 W/45 500 5800 180 LQX 1800 G40 5511 000 


France +33 47 25 20 420 

693

Xenon Fiber Light Sources LQX, stabilized with and 

without Brightness Control 


Based on the proven standard series of 

LQX these flicker-free light sources were 

developed particularly for the image 

processing. They guarantee a colorfaithful 

and flicker-free image replica tion 

with the application of CCD cameras. 

The light sources of the series LQX stabilized 

are available with 100 W and 180 W 

output power. Using flexible light guides 

results in an optimal solution for almost 

any application, particularly with difficult 

to illuminate objects. 

Additional specifications of the stabilized 

version: 

Very good stabilization by the application 

of a new circuit technology; Linear 

direct current regulation 

• High quality 

• Long lifetime 

• Special xenon lamp with non-toxic 

filling (mercury-free) 


• All-metal, powder-coated housing 

• Servo brightness control (no change in 

the color temperature) 

• Fine adjustment at touchpads 

• Heat protection filter KG/IR3 

• Additional specifications of the stabilized 

version: 

• Very good stabilization by the application 

of a new circuit technology 

• Linear direct current regulation 

• 230/115 V~, 50/60 Hz 

• Type of protection of the housing IPX 

1 / IEC 529 


• Safety group 3 for medical equipment 

acc. to the 

• Stringent German technical safety 

standard MedGV 

• Classification: type CF 

• Type of electrical protection 1/ tested 

by the German Association for Technical 

Safety and Inspection (TÜV) 

• CE mark acc. to Council Directive 89/ 

336/EEC 

• Type complies with the following 

International, European and German 

Standards: 

• - IEC 601-2-18: 1992 

• - EN 60601-1: 1993 

• - EN 55011, IEC 801, TÜV, GS, ESD 

(EMC) 

• - DIN VDE 0750 Part 1 

• Safety values measured according to 

VDE 0701 / 

• nominal values: 

• - Leakage current 50 μA 

• - Resistance of protective grounding 

conductor: 0.1 Ω 

• - Insulating resistance ∞ 

Selection guide 

Brightness control is not the most important feature You need? 

Please contact our specialists. They will offer you a model without 

brightness control for a competetive price. 

Spectral distribution Lamp XBO R100 W/45 OFR (LQX 1000) Spectral distribution Lamp XBO R180 W/45 (LQX 1800) 



A closer look 



LINOS Xenon light sources feature 

outstanding temporal output stability. 

Xenon Fiber Light Sources LQX, stabilized 

Item Title 

Color Temper ature 

(K) 

Power 

(W) 

Version 

for 

Lamp life 

(h) 

Brightness 

adjustment 

Dimensions 

LxBxH (mm) 

Weight 

(kg) 

Part No. 

LQX 1000-S 5800 100 Europe 500 yes 290x260x110 6.5 G40 5514 000 

LQX 1800-S 5800 180 Europe 500 yes 290x360x110 9 G40 5515 000 

LQX 1000-S 5800 100 UK 500 yes 290x260x110 6.5 G40 5516 000 

LQX 1800-S 5800 180 UK 500 yes 290x360x110 9 G40 5517 000 

LQX 1000-SC 5800 100 Europe 500 no 290x260x110 6.2 G40 5555 000 

LQX 1800-SC 5800 180 Europe 500 no 290x360x110 8.7 G40 5556 000 


Item Title 


(h) 

Color Temperature 

(K) 


XBO R100 W/45 OFR 500 5800 100 LQX 1000 G40 5510 000 

XBO R180 W/45 500 5800 180 LQX 1800 G40 5511 000 


France +33 47 25 20 420 

695

UV Fiber Light Source LQ UV 1000, with and without 

Brightness Control 

The high-intensity UV Fiber Light Source 

LQ UV 1000 emits a spectrum of 250 to 

450 nm without using any filters. 

UV fiber light sources are used for the 

many applications besides illumination. 

In particular, these applications include 

curing plastics and adhesives, fluorescence 

excitation and irradiation in the 

biological, pharmaceutical and chemical 

fields. 

The use of a new, special HBO lamp with 

an ellipsoid reflector and dichroitic filter 

coating provides maximum illumination. 

Moreover, this fiber light source features 

a long life and substantially reduced heat 

generation. 

The lamp can be quickly and easily 

replaced without the need for special 

tools or additional adjustment. This series 

is compatible with any commer cially 

available light guides and endo scopes 

just by exchanging the light guide 

adapter. 

• High quality 



• All-metal, powder-coated housing 

• Servo brightness control 

• Fine adjustment using touch pads 

• Heat protection filter KG 1 

• 230/115 V~, 50/60 Hz 

• Type of protection of the housing 

IPX 1 / IEC 529 


• Classification: Type CF 

• Type of electrical protection 1/ tested 

by the German Association for Technical 

Safety and Inspection (TÜV) 

• CE mark acc. to Council Directive 

93/42/EEC, class 1 

• Type complies with the following 

International, 

• European and German Standards: 

• - IEC 60601: 1993 

• - EN 55011, IEC 801, TÜV, GS, ESD 

(EMC) 

• - Guideline "Richtlinie" of DIN VDE 

0750 Part 1 

UV Fiber Light Source LQ UV 1000 

Item Title 

Power 

(W) 

Version 

for 

Lamp life 

(h) 

Brightness 

adjustment 

Wavelength 

(nm) 

Dimensions 

LxBxH (mm) 

Weight 

(kg) 

Part No. 

LQ UV 1000 100 Europe 300 yes 250-450 290x260x110 6.5 G40 5508 000 

LQ UV 1000 100 UK 300 yes 250-450 290x260x110 6.5 G40 5568 000 

LQ UV 1000-C 100 Europe 300 no 250-450 290x260x110 6.2 G40 5558 000 

Replacement Lamp HBO 

Replacement Lamp HBO 

Item Title 


(h) 


HBO R 103 W/45 300 100 LQ UV 1000 G40 5512 000 



Light Guide Adapters LQX/UV 



• Designed for commercially available 

fiber light guides 

• Adapters can be interchanged without 

complicated mounting 

Light guide adapter LQX/UV 

Item Title 

Part No. 

LQ-X/UV-SH G40 5502 000 

LQ-X/UV-ST G40 5503 000 

LQ-X/UV-OL G40 5504 000 

LQ-X/UV-WO G40 5505 000 

LQ-X/UV-HS G40 5506 000 

LQ-X/UV-HV G40 5507 000 

Fiber Light Guides 

Glass fiber bundle light guides 

These are arrangements of many 

individual, highly flexible multimode 

glass fibers encased in a single tube. The 

fibers are glued and mounted at the 

ends. To minimize reflection losses, the 

end surfaces are optically processed. This 

type of fiber light guide is ideal for 

applications in the visible region of the 

spectrum at low to medium outputs. In 

this region, their transmission is approx. 

50 %. The use of highly flexible individual 

fibers enables us to provide fiber light 

guide versions in a wide variety of shapes 

and geometries. In addition to our 

standard product line, we can also supply 

customized, system-specific products for 

prototypes and small production runs at 

short leadtimes. 

Liquid fiber light guides 

The light-conductive medium in this type 

of fiber light guide is a special liquid that 

is filled into a flexible cladding. The ends 

of the cladding are sealed with quartz 

windows. The key advantages of this 

fiber light guide over glass fiber bundles 

are its high power compatibility and high 

transmission of approx. 85 %. The three 

standard liquid fiber light guides cover a 

wavelength range from 300 nm (UV) to 

2,000 nm (IR). A fiber light guide for 250 

nm is also available on request. All 

liquids used in these light guides are 

non-toxic, non-combustible and noncaustic. 

Special lengths and diameters as 

well as connectors for all commonly 

available light sources can be supplied on 

request. 

The range shown for LLG IR is protected by an edge filter. It can also be enabled for low outputs on request. 


France +33 47 25 20 420 

697

Gooseneck Light Guide, Semi-rigid SL 

The Gooseneck Semi-rigid SL enables 

versatile positioning of a light guide in 

direct proximity to the object. These light 

guides are particularly useful for 

reflected-light illumination of small parts 

and heat-sensitive objects. The arms are 

made of semi-rigid metal tubing which 

can easily be bent to the desired position. 

• Other lengths and custom designs are 

possible on request. 

gooseneck 

Semi-rigid Gooseneck Light Guide SL with 2 arms 

We offer semi-rigid light guides as 

standard products in single, dual and 

triple arm models which can be directly 

plugged into the cold light source. An 

additional twist-lock on the Light Source 

Connector LA provides firm support. 

object 

Illumination principle Gooseneck 


Item Title No. of Arms Fiber bundle 

(Arm) Ø (mm) 

Arm Length 

(mm) 

Part No. 

Halogen Fiber Light Source CLS-H with semi-rigid 

Gooseneck Light Guide 

SL1 4.5/450 1 4.5 450 G40 5622 000 

SL1 4.5/600 1 4.5 600 G40 5623 000 

SL2 4.5/450 2 4.5 450 G40 5624 000 

SL2 4.5/600 2 4.5 600 G40 5625 000 

SL3 4.5/450 3 4.5 450 G40 5626 000 

SL3 4.5/600 3 4.5 600 G40 5627 000 

SL2 3.2/400 2 3.2 400 G40 5628 000 

Gooseneck Light Guide, Semi-rigid with Feed Line SLZ 

A forked bracket with two tapped holes 

lets you mount this two-armed reflected 

light unit directly on a microscope or 

other workstation. The 1000 mm feed 

line is a versatile metal tube with the 

Light Source Connector LA. The arms are 

made of semi-rigid metal tubing which 

can easy be bent to the desired position. 

• Supply Line Length: 1000 mm 




Item Title 

Fiber bundle (Arm) 

Ø (mm) 

Arm Length (mm) 

Part No. 

SLZ2 2.2/250 2.2 250 G40 5630 000 

SLZ2 3.2/300 3.2 300 G40 5631 000 

SLZ2 4.5/330 4.5 330 G40 5632 000 



Fiber Ringlight RL 



Ring lights provide shadowless illumination 

of objects and are primarily used in 

microscopy and in image processing. The 

optic fiber ring is evenly distributed over 

the fiber optic waveguide head and 

creates circular illumination towards the 

center. The feed line is a versatile metal 

tube with the Light Source Connector LA. 

The Ring Light RL is fastened directly on 

the microscope and fixed in place by 

tightening a knurled screw. We offer ring 

lights with standard inner diameters of 

52 mm and 66 mm and standard lengths 

of 750 mm and 1000 mm. A range of 

adapters is available for fitting the Ring 

Light RL66 to a wide range of 

instruments with different diameters. 

• Custom designs possible on request. 

Fiber Ring Light RL 

Item Title 

Fiber bundle Ø 

(mm) 

Inner diameter 

(mm) 

Flex Length 

(mm) 

Part No. 

Ring light illumination principle 

RL52 5.5/750 5.5 52 750 G40 5644 000 

RL52 5.5/1000 5.5 52 1000 G40 5645 000 

RL52 8.0/750 8 52 750 G40 5646 000 

RL52 8.0/1000 8 52 1000 G40 5647 000 

RL66 5.5/750 5.5 66 750 G40 5648 000 

RL66 5.5/1000 5.5 66 1000 G40 5649 000 

RL66 8.0/750 8 66 750 G40 5650 000 

RL66 8.0/1000 8 66 1000 G40 5651 000 

Adapter 50 G40 5659 000 

Adapter 52 G40 5660 000 

Adapter 54 G40 5661 000 

Adapter 56 G40 5662 000 

Adapter 58 G40 5663 000 

Adapter 60 G40 5664 000 

Adapter 62 G40 5665 000 


France +33 47 25 20 420 

699

Flexible Fiber Light Guide FL 

Flexible light guides are an easy-to-use 

and flexible source of pinpoint illumination. 

We offer flexible glass fiber light guides 

in metal tubing as standard products in 

single, dual and triple arm models. These 

light guides are equipped with the Light 

Source Connector LA and metal ferrules 

(black-anodized aluminum). 

• Fiber Bundle Arm Ø: 4.5 mm 



Flexible Fiber Light Guide FL 

Item Title No. of Arms Length (mm) Part No. 

FL1 4.5/800 1 800 G40 5634 000 

FL1 4.5/1200 1 1200 G40 5635 000 

FL1 4.5/1600 1 1600 G40 5636 000 

FL2 4.5/800 2 800 G40 5637 000 

FL2 4.5/1200 2 1200 G40 5638 000 

FL2 4.5/1600 2 1600 G40 5639 000 

FL3 4.5/800 3 800 G40 5640 000 

FL3 4.5/1200 3 1200 G40 5641 000 

FL3 4.5/1600 3 1600 G40 5642 000 

Articulated Mount for flexible Light Guide FL 

The articulated mount enables optimum 

positioning of light guides for the objects 

to be illuminated. 

The mount consists of a heavy, stable 

base plate and an articulated arm that 

can be rotated in any direction. The light 

guide is clamped onto the end of this 

arm. Screw threads are provided for 

attaching the mount to other surfaces 

without the base plate. 

Articulated Mount for Flexible Light Guide FL 

Item Title 

Part No. 

Articulated Mount G40 5653 000 

Focusing lens 

• For magnifying the operating distance 

• For positioning on the end of the light 

guide 

• Fixed in place by a locking screw 

Focusing lens 

Item Title 

Part No. 

Focusing lens G40 5656 000 



Adapter for Schott-Light Guide 



This type of adapter enables connection 

of Schott light guides with diameters of 

9 mm and 10 mm to the CLS-H, CLS-ARC 

and CLS-LED light sources. 

Adapter for Schott-Light Guide 

Item Title 

Schott fiber light guide 

diameter (mm) 

Part No. 

Adapter for Schott Light Guide 9 9 G40 5657 000 

Adapter for Schott Light Guide 10 10 G40 5658 000 

Light Guides LLG VIS 

Single arm, liquid-filled light guide jacketed 

with black PVC with light guide 

connection LA. The light exit is equipped 

with an aluminium ferrule. The ends of 

the light guide are sealed through fused 

silica windows. 

• Can be used with all LINOS fiber light 

sources 

• Numerical aperture (2α) of 72° is 

considerably higher than the 

conven tional glass fiber light guide. 

• Wavelength Range: 340 - 800 nm 

• Max. Transmission (380 - 720 nm) 

> 70 % 

• Temperature range - 5 °C to + 35 °C 

Standard lengths: 1000 mm, 1500 mm, 2000 mm 

• Other lengths, protective claddings, 

light guide connections and end pieces 

on request. 

• Ideal accessory for all liquid fiber light 

guides: Ball joint clamps GH (see 

chapter following the fiber light 

guides) for positioning and fixation of 

the end pieces. 

Light guides LLG VIS 

Item Title 

Length 

(mm) 

Active Diameter 

d 0 

(mm) 

d 1 

 

(mm) 

l1 

(mm) 

d 2 

 

(mm) 

I 2 

 

(mm) 

d 3 

 

(mm) 

Minimum 

bending radius 

(mm) 

Part No. 

LLG 3 VIS 1000 3 5 20 9 24 7 40 G40 5523 000 

LLG 3 VIS 1500 3 5 20 9 24 7 40 G40 5533 000 

LLG 3 VIS 2000 3 5 20 9 24 7 40 G40 5543 000 

LLG 5 VIS 1000 5 7 20 10 24 9.5 60 G40 5524 000 

LLG 5 VIS 1500 5 7 20 10 24 9.5 60 G40 5534 000 

LLG 5 VIS 2000 5 7 20 10 24 9.5 60 G40 5544 000 

LLG 8 VIS 1000 8 10 20 15 40 12.5 100 G40 5525 000 

LLG 8 VIS 1500 8 10 20 15 40 12.5 100 G40 5535 000 

LLG 8 VIS 2000 8 10 20 15 40 12.5 100 G40 5545 000 


France +33 47 25 20 420 

701

Light Guides LLG IR 

Broadband, single armed light guide like 

LLG VIS, but optimized for the VIS and IR 

wavelength range. 


sources 


considerably higher than the conventional 

glass fiber light guide. 

• Other lengths, protective claddings, 

light guide connections and end pieces 

on request. 

• Ideal accessory for all liquid fiber light 

guides: Ball joint clamps GH (see 

chapter following the fiber light 

guides) for positioning and fixation of 

the end pieces. 



> 70 % 


Standard lengths: 1000 mm, 1500 mm, 2000 mm 

Light guides LLG IR 

Item Title 

Length 

(mm) 


d 0 

(mm) 

d 1 

 

(mm) 

l1 

(mm) 

d 2 

 

(mm) 

I 2 

 

(mm) 

d 3 

 

(mm) 

Minimum 


(mm) 

Part No. 

LLG 3 IR 1000 3 5 20 9 24 7 40 G40 5526 000 

LLG 3 IR 1500 3 5 20 9 24 7 40 G40 5536 000 

LLG 3 IR 2000 3 5 20 9 24 7 40 G40 5546 000 

LLG 5 IR 1000 5 7 20 10 24 9.5 60 G40 5527 000 

LLG 5 IR 1500 5 7 20 10 24 9.5 60 G40 5537 000 

LLG 5 IR 2000 5 7 20 10 24 9.5 60 G40 5547 000 

LLG 8 IR 1000 8 10 20 15 40 12.5 100 G40 5528 000 

LLG 8 IR 1500 8 10 20 15 40 12.5 100 G40 5538 000 

LLG 8 IR 2000 8 10 20 15 40 12.5 100 G40 5548 000 

Light Guides LLG UV 

Single arm light guide like LLG VIS for 

the transmission range of 300 to 650 nm. 


sources 


considerably higher than the conventional 

glass fiber light guide. 



> 70 % 


• Other lengths and protective tubes for 

all liquid fiber light guides available on 

request. 

• Appropriate accessories for all liquid 

fiber light guides: ball joint clamps 

GHR, GHS and GH. 

Light guides LLG UV 

Item 

Title 

Length 

(mm) 


d 0 

(mm) 

d 1 

 

(mm) 

l1 

(mm) 

d 2 

 

(mm) 

I 2 

 

(mm) 

d 3 

 

(mm) 

Minimum 


(mm) 

Part No. 

LLG 3 UV 1000 3 5 20 9 24 7 40 G40 5520 000 

LLG 3 UV 1500 3 5 20 9 24 7 40 G40 5530 000 

LLG 3 UV 2000 3 5 20 9 24 7 40 G40 5540 000 

LLG 5 UV 1000 5 7 20 10 24 9.5 60 G40 5521 000 

LLG 5 UV 1500 5 7 20 10 24 9.5 60 G40 5531 000 

LLG 5 UV 2000 5 7 20 10 24 9.5 60 G40 5541 000 

LLG 8 UV 1000 8 10 20 15 40 12.5 100 G40 5522 000 

LLG 8 UV 1500 8 10 20 15 40 12.5 100 G40 5532 000 

LLG 8 UV 2000 8 10 20 15 40 12.5 100 G40 5542 000 



Focusing Lens Attachments FA 



Attachment for all liquid fiber light 

guides with 3 to 5 mm diameters. 

Focuses the divergent light emitted by 

the fiber light guide to a point that has a 

diameter of approx. 5 mm. 

The 3-lens quartz glass system allows the 

attachment to be used in the spectral 

region from UV to near IR. The focusing 

lens attachment mounts directly to the 

end of the liquid fiber light guide LLG. 

Focusing lens attachment FA 

Item Title Fitting for Ø D (mm) Ø d 1 

(mm) L (mm) M (mm) Part No. 

FA 3700 UV LLG 3 3 15 58.5 15 G40 5550 000 

FA 3701 UV LLG 5 5 15 58.5 15 G40 5551 000 

Spotlight 

Spotlight for increasing the working 

distance of all liquid fiber light guides 

with 5 mm diameters. 

Reduces the full aperture angle from 72° 

to 15°. 

The 2-lens quartz glass system allows the 

spotlight to be used in the spectral 

region from UV to near IR. The spotlight 

mounts directly to the end of the liquid 

fiber light guide. 

Spotlight 

Item Title Fitting for Part No. 

FA 3711 UV LLG 5 G40 5552 000 


France +33 47 25 20 420 

703

LED Cold Light Source CLS-LED 

The high-performance LED cold light 

source is an economical and energysaving 

alternative to conven tional light 

sources for practically all of the most 

common applications. 

An LED cold light source converts far 

more energy into visible light than a 

halogen cold light source can, and yet 

has a much longer service life (approximately 

50,000 h according to manufacturer's 

specifications). 

The CLS-LED couples in virtually the same 

amount of light as a 150 W halogen light 

source, while consuming only 20 W. The 

light output is continuously variable 

using a potentiometer. Furthermore, the 

CLS-LED USB light source offers the 

option of configuring the output level 

through a USB port using the software 

supplied with the equipment. These light 

sources also have an additional input 

that lets you choose from various operating 

modes, for example, for analog 

regulation of brightness (0 - 10 V) or to 

control the light source through external 

pulses (e.g. in flash operation). 

• Equipment included: 

• Power supply, 24 V with operating 

voltage 100-240 V/50-60 Hz 

• Noiseless and vibration-free thanks to 

passive cooling system 

• Ideal for use in cleanrooms 

• Extremely homogenous, flicker-free 

illumination 

• Constant color temperature; typically 

5,600 K 

• Luminous Flux with 6 mm Light Guide: 

> 100 lumens 

• Digital brightness control 

• Most recent brightness setting stored 

in memory 

• Energy-saving and environmentally 

friendly 

• Power Consumption: Approximately 

20 W 

• LED Service Life: Approximately 

50,000 h (manufacturer's specification) 

• No downtime due to complex bulb 

replacement 

• Variable positioning, both vertical and 

horizontal 

• Stackable 

• Lamp: 15 W power LED 

• Light Color: White; daylight quality 

• Color Temperature, typical: 5600 K 

• LED Service Life: Approximately 

50,000 h 

• Maximum Active Ø of the Light Guide: 

8 mm 

• Light Regulation: Electronic; digital 

dimming 

• Cooling system: Passive cooling 

without fan 

• Housing Material: Aluminum 

• Operating Voltage: 24 V DC, protection 

class III (SELV) 

• Ambient Operating Temperature: 

0 °C - 40 °C 

• Relative Humidity: Maximum 95%, 


• Dimensions (L x W x H): 260 mm x 174 

mm x 84 mm (10.24 x 6.85 x 3.31 in.) 

• Weight: 3.45 kg (7.6 lb) 

LED Cold Light Source CLS-LED 

Item Title PC Interface Part No. 

CLS-LED no G40 5607 000 

CLS-LED USB USB (2.0) G40 5608 000 



LED Ring Lights RL 4 



LED Ring Light RL 4 with table control TC250 and 

power supply 

Ring lighting is ideal for shadowless, 

homogenous illumination of objects with 

matte or only slightly reflective surfaces. 

Accessories are available for creating 

diffuse, polarized or fluorescencestimu 

lating light. 

The LED ring lights in the RL4 series have 

been developed primarily for use in 

stereomicroscopy. They are also ideally 

suited for applications in quality control 

and inspection. LINOS products for these 

fields cover a broad spectrum, from the 

UV to IR ranges. 

Series RL4 ring lights, with a standard 

diameter of 66 mm, deliver homogenous, 

flicker-free light. The basic model has 

48 long-lasting, high quality LEDs. 

Accessories include a diffusion disk that 

provides for widely scattered light 

without mirror effects. Adapters are 

available for fitting the ring light to 

other diameters up to 50 mm. 

• Homogenous and shadowless 

illumin ation 

• For matte or weakly reflective surfaces 

• Flicker-free 

• Operating distance between 50 and 

150 mm 

• Energy-saving, environmentally 

friendly lighting technology 

• Continuously variable brightness 

setting, 0-100% with TC250 Table 

Control 

• Equipped with high-quality industrial 

connectors with snap-in locking 

fastener 

• LED with color temperatures of 5000 K 

and 7000 K 

• Color LEDs in red, blue and green 

• UV-LED with 400 nm, 375 nm and 

365 nm 

• IR-LED with 880 nm 

• Long LED service life; up to 

50,000 hours 

• Easy to fasten; leaves no indentations 

• Accessories: Diffusion disk, polarizer 

set, adapter 

• Light Regulation: Continuous 

elec tronic dimming 

• Dimensions: Ø 66 mm; Height: 33 mm 

• Operating Voltage: 24 V DC 

• Operating Voltage, Power Supply: 

100-240 V, 50-60 Hz 

• Weight: 0.30 kg 

• Equipment Included: 

• 24 V power supply with industrial plug 

• TC250 Table Control 

LED Ring Light RL 4 

Item Title Color Temperature (K) Average Lifetime LEDs 

(h) 

Wavelength (nm) 

Part No. 

LED RL 4 7000 50000 G40 5750 000 

LED RL 4-NW 5000 50000 G40 5751 000 

LED RL 4-R red 50000 G40 5752 000 

LED RL 4-G green 50000 G40 5753 000 

LED RL 4-B blue 50000 G40 5754 000 

LED RL 4-UV400 > 1000 400 G40 5755 000 

LED RL 4-UV375 > 1000 375 G40 5756 000 

LED RL 4-UV365 > 10000 365 G40 5757 000 

LED RL 4-IR 50000 880 G40 5758 000 


France +33 47 25 20 420 

705

LED 4-Segment Ring Light RL R4-S4 

LED Ring Light RL4-S4 with controller and power 

supply 

Ring lights are ideal for shadowless, 



Moreover, the new 4-segment ring light 

RL4-S4 offer the option of selecting the 

optimum direction of illumination. This 

opens up a realm of possibilities for the 

professional user to set the perfect 

contrast and thus achieve the optimum 

illumination of the object. 

The segment ring lights in the RL series 

have a standard inner diameter of 66 

mm. This can be reduced to smaller 

diameters, down to 50 mm, using 

adapters. With a range of accessory 

components available, such as diffusor 

plates, pol filter sets and protective glass 

panels, the ring light can be adapted to 

suit practically any illumination task no 

matter how demanding. 

The RL4-S4 is a state-of-the-art and 

energy-saving 4-segment LED ring light 

for stereomicroscopes, cameras and 

machines. It has been developed specially 

for the lighting techniques described 

above, for use both in scientific research 

and in industry. The lighting system can 

be installed very quickly and is easy to 

operate. Four independent light 

segments with a total of 48 low-aperture 

LEDs, can be adjusted in any combination 

using the illuminated push-buttons. The 

brightness can be continuously adjusted 

between 0 and 100%. The control 

features make it easy to adjust the 

system while simultaneously looking 

through the microscope or a monitor 

with a camera. 

• 4 segment LED ring light with 

48 high-quality and very bright LEDs 


friendly lighting technology 

• Inside diameter 66 mm 

• Adaptable with reducing rings to 

diameters up to 50 mm 

• Infinitely variable and well-balanced 

brightness control 

with practical Table Control 

• Very homogeneous and flicker-free 

lighting 

• Easy mark free fixing of the ring light 

• Equipped with high quality industry 

plug 

• As an accessory a diffuser provides a 

wide spread light without mirror 

effects 

• Illuminant: 48 High-Quality LEDs 

• Light colour: White 

• Brightness adjustment: Continuously 

from 0 % to 100 % 

• Colour temperature: 4600 K - 5600 K 

• Optimal range of working: 

50 - 160 mm 

• Ø LED life span: 50000 h (according to 

manufacturers) 

• Material Ringlight: Aluminium 

Anod ized 

• Colour Ring Light : Black 

• Weight Ring Light: 0.170 kg 

• Dimensions Ring Light: Inner Ø 66 mm; 

Outer Ø 100 mm; Height 30 mm 

• Weight Controller: 0.290 kg 

• Dimensions Controller: 161 x 78 x 

45 mm (L x W x H) 

• Operating voltage: 100 - 240 V / 

50 - 60 Hz 

• Power consumption: max. 7 W 


• LED Controller 

• 24V Power supply with industry plug 

LED Segment Ring Light RL R4-S4 

Item Title 

Part No. 

LED Segment Ring Light RL R4-S4 G40 5760 000 



LED 8-Segment Ring Light RL R8-S8 



Ring lights are ideal for shadowless, 



Moreover, the new 8-segment ring lights 

RL8-S8 offer the option of selecting the 

optimum direction of illumination. This 

opens up a realm of possibilities for the 

professional user to set the perfect 

contrast and thus achieve the optimum 

illumination of the object. 

The segment ring lights in the RL series 

have a standard inner diameter of 66 

mm. This can be reduced to smaller 

diameters, down to 50 mm, using 

adapters. With a range of accessory 

components available, such as diffusor 

plates, pol filter sets and protective glass 

panels, the ring light can be adapted to 

suit practically any illumination task no 

matter how demanding. 

This ring light has been developed for 

manual and computer-controlled use in 

the laboratory and in production facilities. 

The design places special emphasis 

on simple, intuitive operation. Both the 

eight independent light segments and 

the brightness settings can be controlled 

using a keypad, a joystick or through 

computer software. This gives the 

professional operator perfect control 

over light regulation and the ability to 

adapt the system to individual applications. 

Nine different lighting configurations 

can be stored. Additional features 

include a flash function for camera 

system, a foot switch for toggling the 

illumination settings, and a stroboscope 

function. Stored lighting configurations 

can be sent from the ring light system to 

a computer, and vice versa. The software 

has a graphic user interface for easy 

programming of the lighting configurations, 

flash times and stroboscope function. 

• Ring light with 80 superbright LEDs 

• Inside diameter 66 mm 

• Working range from 50 mm to 160 mm 

• Continuous brightness control 

between 0 % and 100 % 

• Very homogeneous and flicker-free 

ligthing 

• Functions for stroboscope and flash 

time 

• Optional with polarizing filter 

• Microcontroller steering 

• USB2 interface for controll with PC 

• User-friendly software 

• Illuminants: 80 superbright LEDs 

• Light colour: White 

• Light control average: Continuously 

from 0 % to 100 % 

• Colour temperature: 9100 K 

• Optimal range of working: 

50 - 160 mm 

• Light intensity at 60 mm: 56000 lx 



• Max. illuminance: 105 klx at 75 mm 

working distance 

• Ø LED life span: > 50000 h (according 

to manufacturers) 

• Material: Aluminium Anodized 

• Colour: Black 

• Weight Ring Light: 0.4 kg 

• Dimensions Ring Light: Inner Ø 66 mm; 

Outer Ø 114 mm; Height 30 mm 

• Flash: Delay is approx. 100 ns, 

Burn Time 5 μs < ton < 8 ms 

(forced off: 10 x tone) 

• Stroboscope: Frequency 0,001 Hz < fs 

< 20 kHz; Burn Time 5 μs < ton < 8 ms 

(forced off: 10 x tone); Frequency 

setting ± 100 steps for fs, Δ f step 

adjustable by PC software 

• PC interface: USB 2 

• Weight Controller: 1.15 kg 

• Dimensions Controller: 180 x 120 x 

90 mm (L x B x H) 

• Operating voltage (switchable): 100 V / 

120 V / 50Hz or 220V / 240V / 60Hz 

• Power consumption: max. 17 W 


• Controller 

• USB Cabel 

• Power Cable EU 

• User Software 

• User Manual 

LED Segment Ring Light RL R8-S8 

Item Title 

Part No. 

LED Segment Ring Light RL R8-S8 G40 5759 000 


France +33 47 25 20 420 

707

Polarizing Filters Set for RL4 

When using the reflected light/bright 

field technique, polarizers can eliminate 

undesired reflections from surfaces or 

parts such as wafers, solder joints on 

printed circuit boards, or metal structures. 

This enables virtually glare-free 

inspection of highly reflective surfaces. 

Polarizing Filters Set for RL4 

Item Title 

Part No. 

Polarizing Filters Set for RL4 G40 5762 000 

Ringlight RL with polarizing filter set 

Diffusor Disk for RL 4 

The Diffusion Plate creates diffuse light 

for homogeneous and shadowless 

illu mination. 

Diffusor Disk for RL 4 

Item Title 

Part No. 

Diffusor Disk for RL 4 G40 5764 000 

Protective glass for RL 4 

This protective glass plate is ideal for 

protecting the LED ring light when it is 

used in a non-laboratory environment. 

The glass plate is easy to install and 

remove and protects the light from dust 

and dirt, ensuring both operational 

readiness and a long service life. 

Protective glass for RL 4 

Item Title 

Part No. 

Protective glass for RL 4 G40 5765 000 



LED Laboratory Gooseneck Reflected Light Illumination, 

SL Series 



The semi-rigid light guide provides direct 

illumination of the object. This is the 

ideal lighting technique for objects with 

matte or slightly reflective surfaces. 

Professional LED gooseneck reflected- 

light lamps of the SL series are specially 

designed for use in science and industry. 

State-of-the-art LED tech nology makes 

this product a profes sional, efficient, 

environmentally-friendly and, above all, 

economical alternative to conventional 

halogen lamp systems with a glass fiber 

gooseneck. The light output can be 

continuously adjusted. 

All products in the LINOS SL series are 

equipped with the innovative and 

versatile modulLED® system. This ensures 

very simple, economical handling of the 

LED light as well as versatility in use. The 

plug-in modules can be replaced without 

the use of tools and are easy to adapt to 

custom applications. Modules are available 

with beam angles of 8°, 25°, 45° and 

10° x 30°. The colors available in standard 

products are pure white (6000 K), natural 

white (4000 K), warm white (3000 K), 

red, blue and green. In addition, we 

offer plug-in modules for applications in 

the UV range with 405 nm, 375 nm and 

365 nm. 

SL1 and SL12 Laboratory Gooseneck LED 

for Reflected Light 

• Homogeneous, flicker-free 

illumina tion 

• Continuous brightness adjustment 


in memory 

• Versatile arms for easy positioning of 

the lamp 

• Energy and cost-saving illumination 

technology 

• Variable optics with a wide range of 

beam angles, colors and wavelengths 

• Light: 3 W Power LED 

• LED Service Life: Approx. 50,000 (UV 

approx. 5000 h) 

• Dimensions (L x W x H): 565 x 80 x 

56 mm (22.24 x 3.15 x 2.20 in. ) 



100-240 V, 50-60 Hz 

• Material: Anodized aluminum and 

plastic 


• 24 V DC power supply 

Plug-in ”modulLED®” 

The SL1 laboratory light is available in 

1-arm and 2-arm versions, while the SL12 

laboratory light is a 2-arm gooseneck 

model. The lighting arms in the standard 

versions are equipped with 8° modules in 

pure white. The power consumption of 

the LED plug-in modules is 3 W and the 

outer diameter measures 19.7 mm. Users 

can also configure their own systems 

using equipment from this lighting 

series. All LED plug-in modules are available 

separately, and the goosenecks can 

be ordered unassembled. 

When using LED plug-in modules in a 

non-laboratory environment, a 

protective glass panel is essential for 

protecting the lamp. Technologically 

these modules are the same as the SL1 

variants, with the exception that the LED 

SL3 has an outer diameter of 26 mm. 

Ring light illumination principle 


France +33 47 25 20 420 

709


Item Title No. of Arms Weight (kg) Part No. 

LED SL1-1 1 0.5 G40 5668 000 

LED SL1-1G 1 0.5 G40 5669 000 

LED SL1-2 2 0.75 G40 5670 000 

LED SL1-2G 2 0.75 G40 5671 000 

LED SL12-2 2 0.75 G40 5672 000 

LED SL12-2G 2 0.75 G40 5673 000 


Item Title No. of Arms Weight (kg) Part No. 

LED SL1-1S 1 0.5 G40 5675 000 

LED SL1-1SG 1 0.5 G40 5676 000 

LED SL1-2S 2 0.75 G40 5677 000 

LED SL1-2SG 2 0.75 G40 5678 000 

LED SL3-1S 1 0.75 G40 5679 000 

LED SL3-1SG 1 0.75 G40 5680 000 

LED SL3-2S 2 1 G40 5681 000 

LED SL3-2SG 2 1 G40 5682 000 

LED-Module for SL1 und SL12 (Ø 19mm) 

LED-Module for SL3 (Ø 26mm) 

Item Title 

Part No. 

Item Title 

Part No. 

Spot 8°, pure-white, 6.000K G40 5684 000 

Spot 8°, neutral-white, 4.000K G40 5685 000 

Spot 8°, warm white, 3000K G40 5686 000 

Spot 8°, green G40 5687 000 

Spot 8°, red G40 5688 000 

Spot 8°, blue G40 5689 000 

Spot 8°, yellow amber G40 5690 000 

Flood 25°, pure-white, 6.000K G40 5691 000 

Flood 25°, neutral-white, 4.000K G40 5692 000 

Flood 25°, warm white, 3.000K G40 5693 000 

Flood 25°, green G40 5694 000 

Flood 25°, red G40 5695 000 

Flood 25°, blue G40 5696 000 

Diffuse 45°, pure-white, 6.000K G40 5697 000 

Diffuse 45°, neutral-white, 4.000K G40 5698 000 

Diffuse 45°, warm white, 3.000K G40 5699 000 

Diffuse 45°, green G40 5700 000 

Diffuse 45°, red G40 5701 000 

Diffuse 45°, blue G40 5702 000 

Line, 10 x 30°, pure-white, 6.000K G40 5703 000 

Line, 10 x 30°, neutral-white, 4.000K G40 5704 000 

Line, 10 x 30°, warm white, 3.000K G40 5705 000 

Line, 10 x 30°, green G40 5706 000 

Line, 10 x 30°, red G40 5707 000 

Line, 10 x 30°, blue G40 5708 000 

UV-405nm G40 5709 000 

UV-375nm G40 5710 000 

UV-365nm G40 5711 000 

Spot 8°, pure-white, 6.000K G40 5715 000 

Spot 8°, neutral-white, 4.000K G40 5716 000 

Spot 8°, warm-white, 3000K G40 5717 000 

Spot 8°, green G40 5718 000 

Spot 8°, red G40 5719 000 

Spot 8°, blue G40 5720 000 

Flood 25°, pure-white, 6.000K G40 5721 000 

Flood 25°, neutral-white, 4.000K G40 5722 000 

Flood 25°, warm-white, 3.000K G40 5723 000 

Flood 25°, green G40 5724 000 

Flood 25°, red G40 5725 000 

Flood 25°, blue G40 5726 000 

Diffuse 45°, pure-white, 6.000K G40 5727 000 

Diffuse 45°, neutral-white, 4.000K G40 5728 000 

Diffuse 45°, warm-white, 3.000K G40 5729 000 

Diffuse 45°, green G40 5730 000 

Diffuse 45°, red G40 5731 000 

Diffuse 45°, blue G40 5732 000 

Line, 10 x 30°, pure-white, 6.000K G40 5733 000 

Line, 10 x 30°, neutral-white, 4.000K G40 5734 000 

Line, 10 x 30°, warm-white, 3.000K G40 5735 000 

Line, 10 x 30°, green G40 5736 000 

Line, 10 x 30°, red G40 5737 000 

Line, 10 x 30°, blue G40 5738 000 

Set protective windows with O-Ring 

Item Title 

Part No. 

Set protective windows SL1 G40 5713 000 

Set protective windows SL3 G40 5740 000 



Stand plates for microscopes 



Slide the base plate under the microscope 

for stable and space-saving installation. 

The plate is available in 2 versions 

with different column lengths. 

• Plate size: 220 mm x 310 mm 

(8.66 x 12.20 in. ) 

• Available column lengths: 200 mm and 

400 mm 

• Column diameter: 12 mm 

• Mounting thread: M5 

Stand Plates for Microscopes 

Item Title 

Part No. 

Stand Plates for Microscopes 200 G40 5742 000 

Stand Plates for Microscopes 400 G40 5743 000 

Adapter for microscope column 

A simple ring fastener lets you attach a 

gooseneck LED directly to the microscope 

column. The holder is available in 

standard diameters of 25 mm and 

32 mm. 

Adapter for microscope column 

Item Title 

Part No. 

Fasteners for Microscope Columns 25 G40 5744 000 

Fasteners for Microscope Columns 32 G40 5745 000 

Wall Holder with Installation Set 

The black anodized aluminum plate is 

attached to the electronics housing of 

the gooseneck for easy fastening to walls 

or other flat surfaces. 

Wall Holder with Installation Set 

Item Title 

Part No. 

Wall Holder for LED Gooseneck G40 5746 000 


France +33 47 25 20 420 

711

Table clamp 

Table clamp with column; rugged 

aluminum construction. Practical 

accessory for attaching LED goosenecks 

to table tops. 

• Max. Clamping Width: 40 mm 

• Column Length: 200 mm 

• Column Diameter: 12 mm 

• Mounting Thread: M5 

Table clamp with rod 200mm 

Item Title 

Part No. 

Table Clamp for LED Goosenecks G40 5747 000 

Magnetic stand 

This column consists of a compact, 

rugged magnetic foot and a stainless 

steel rod. 

• Holding Force: 180 N 

• Column Length: 200 mm 

• Column Diameter: 12 mm 

• Foot Diameter: 66 mm 

Magnetic stand 

Item Title 

Part No. 

Magnetic Stand G40 5748 000 



Microbench Light Source LED ML 



The super-bright Microbench lights in the 

LED ML Series emit homogenous and 

flicker-free light. A digital potentiometer 

is used for processor-controlled adjustment 

of the brightness with no noticeable 

change in the color temperature. 

The most recent brightness setting can 

be automatically stored in memory for 

the next use. 

The LED ML Series Microbench Lights 

offer you all the advantages of the latest 

in LED technology, as an energy efficient 

and environmentally friendly alternative 

to halogen lights. The high-quality 3 W 

power LED has a service life of approximately 

50,000 hours. This ensures almost 

six years of continuous operation 

without complicated, expensive bulb 

replacements. 


• 24 V DC power supply 

Microbench Light Source LED ML 

• Homogeneous and flicker-free 

illumin ation 


friendly lighting technique 

• Color LEDs in red, blue and green 

• UV-LED with 405 nm, 375 nm and 

365 nm 

• Digital brightness control; no noticeable 

change in color temperature 


in memory 

• Long LED Service Life: Approx. 

50,000 h 

• Light: 5 W power LED 

• LED Service Life: Approx. 50,000 h 

• Weight: 0.1 kg 

• Dimensions: Length: 120 mm (4.72 in.), 

Ø: 30 mm (1.18 in. ) 

• Housing Material: Aluminum, black 

anodized 



100 -240 V AC, 50-60 Hz 

Item Title Color Temperature (K) Wavelength (nm) Part No. 

LED ML3 white / 6500 G40 5770 000 

LED ML3-5* white / 6500 G40 5771 000 

LED ML3-R red G40 5772 000 

LED ML3-G green G40 5773 000 

LED ML3-B blue G40 5774 000 

LED ML3-UV405 405 G40 5775 000 

LED ML3-UV375 375 G40 5776 000 

LED ML3-UV365 365 G40 5777 000 

LED Coaxial Illumination System 

Coaxial lighting is necessary for objects 

with mirrored or highly reflective 

surfaces. The light is produced by a 

diffuse light field and diverted to the 

object by a 50% transmissive mirror, so 

that the axis of illumination lies precisely 

on the optical axis of the camera. 

• For objects with mirrored or highly 

reflective surfaces 

• Brightfield or asymmetric illumination 

LED Coaxial Illumination System 

• Light Field: 9 x 3 W power LED 

• Light Color: Red, typically 627 nm 

• LED Service Life: 50,000 h 

• Weight: 1.5 kg (3.3 lb) 

• Dimensions: 175 x 108 x 100 mm 

(6.89 x 4.25 x 3.94 in.) 

• Operating Voltage: 24 V 

• Connection: M12, 4-pin 

• Housing: Aluminum, black 

• Cooling System: Low-noise fan 

• Operating Temperature: 0 °C to 40 °C 

• Special sizes and other light colors 

available on request 

Item Title 

Part No. 

KL 100 vision G40 5780 000 


France +33 47 25 20 420 

713

Properties of Laser Light 

Polarization 

Focusing laser beams 

Light is defined to be plane-polarized (or 

linearly polarized) if its electric-field 

vector oscillates in a fixed plane containing 

its direction of propagation. It is 

defined to be circularly polarized if its 

electric-field vector describes a helix as 

the electromagnetic wave ad vances. 

Circularly polarized light may be viewed 

as the superposition of two plane-polarized 

electro mag netic waves of common 

wavelength with mutually orthogonal 

electric-field vectors differing in phase by 

one-quarter wavelength. Conversely, 

plane-polarized light may be decomposed 

into right and left circularly polarized 

electromagnetic waves. 

I 

I 0 

I 0 

/e 2 

Beam diameter 

w 0 

2w 

Due to their small divergence angles, 

laser beams may be focused down to 

small spot sizes. Focusing laser beams 

increases their power densities in 

proportion to the ratios of their unfocused 

and focused cross-sectional areas. 

The minimum spot radii, wf achievable by 

focusing laser beams will be approximately 

given by: 

at the point 

Beam geometry 

2 Θ 

Laser beams do not have sharp boundaries. 

Most of the LINOS HeNe Laser 

operate in their lowest-order (TEM 00 

) 

tranverse modes; i.e., their beams have 

transverse intensity profiles, I(r), 

describable by Gauss ian distributions: 

where I o 

is the intensity at the beam's 

symmetry axis, and r is radial distance 

from this axis. Beam radius, w, or beam 

diameter, 2w, are defined by the values 

of r for which beam intensity declines to 

1/e² (13.5%) of its central maximum. 

Beam diameter increases with distance 

from the laser, i.e., laser beams diverge. 

Beams of laser emitting exclu sively in 

their lowest-order modes have divergence 

half-angles, Θ, given by: 

, 

where λ is laser wavelength, and w 0 

is 

the minimum beam radius, i.e., beam 

radius at the beam "waist." 

The product of beam waist diameter and 

beam diver gence angle is constant for 

any given laser beam, which implies that 

the divergence angles of laser beams are 

inversely proportional to their waist 

radii. Laser beams having larger waist 

diameters will thus have smaller 

diver gence angles, and vice versa. 

Beam divergence 

Beam radii increase with distance on 

both sides of beam waists, 

according to the relation: 

where w(z) is beam radius at a distance z 

from the beam waist. 

In most cases the beam waist lies in the 

plane of the exit mirror. For larger 

distances (several meters and more) from 

the laser, we obtain the following 

approx.: 

Collimating laser beams 

Increasing the diameters of laser beams 

further colli mates them, i.e., reduces 

their divergence angles. The best method 

for increasing laser beam diameters 

em ploys beam-expanding telescopes. If 

these telescopes are mounted with their 

exit optics positioned at the beam waist, 

the following applies: 

Beam divergence angles will be reduced 

in inverse proportion to telescope 

beam-expansion ratios. 

where w 0 

is the radius of the beam 

entering the focusing lens, and f is its 

focal length. 

2w 0 

z 

F 

Θ 

Beam focusing parameters 

Depth of focus 

f 

f 

F' 

z' 

2w f 

Summarizing, we can state that the spot 

radii of focused laser beams are: 

•• 

Proportional to the focal lengths of 

the focusing lenses employed 

•• 

Proportional to their divergence 

angles, and inversely proportional to 

their unfocused radii 

Depth of focus is defined as the lengths 

of ranges about beam focal points over 

which beam spot radii remain within 

prescribed limits. It may be derived from: 

where the ratio w/w f 

is the tolerated 

variation in beam spot radii. For 

w >> w f 

, the following relation holds 

true: 



HeNe Laser 



HeNe lasers are the preferred light 

sources for a variety of metrological, 

alignment, and control tasks. HeNe lasers 

allow performing tasks that would be 

extremely difficult, or even impossible, to 

perform using conven tional light sources. 

HeNe lasers emit intense, monochromatic, 

spatially coherent, highly collimated 

light beams. 

The most prominent features of our 

HeNe lasers: 

•• 

Simple and easy to use 

•• 

Fit to many other LINOS components 

and systems 

•• 

Provide reliable, dependable 

operation 

•• 

Long service lives 

This brief introduction covers the 

principles of their operation, plus their 

basic characteristics to aid in the 

selection of HeNe lasers for given 

applications and to make the most of 

their capabilities. 

Principles of HeNe laser operation 

Like all other lasers, HeNe lasers consist 

of a resonator structure enclosing an 

active, amplifying medium. Their active 

medium is a helium-neon gas mixture 

enclosed within a resonator consisting of 

two mirrors, one of which is partially 

transmissive in order to allow a small 

fraction of the energy carried by the 

electromagnetic waves circulating within 

the resonator to escape in the form of a 

laser beam. 

Resonator modes and gain curves 

Within the resonator, electromagnetic 

energy will be able to circulate as 

standing waves at those wave lengths, λ, 

for which the resonator's length, L, is an 

integral multiple of half-wavelengths, 

i.e., at those wavelengths satisfying the 

relation: 

where m is an integer. Wavelengths 

satisfying this relation will be separated 

in frequency, υ, by increments of Δυ, the 

resonator's longitudinal mode separation, 

given by: 

(c = speed of light in active medium). 

The number, N, of longitudinal modes 

emitted by HeNe lasers is governed by 

the Doppler-broadened widths of active 

neon emission lines. Since the full width 

at half maximum intensity (FWHM) of the 

632.8-nm laser line is roughly 

1500 MHz, N will be approximately given 

by: 

The number of active longitudinal modes 

will determine the coherence length of 

emitted laser radiation. Since HeNe lasers 

typically have resonator lengths of about 

0.2 m, yielding longitudinal mode 

separations of about 750 MHz, only a 

few of their longitudinal modes will be 

active, a fact that makes them ideal for 

use in interfero metric work. 

HeNe lasers lacking polarizing elements 

in their resona tors emit longitudinal 

modes alternately linearly pola rized in 

mutually orthogonal planes. The total 

number of longitudinal modes emitted, 

their relative intensities, and the 

orientations of their principle planes of 

polari zation vary with their operating 

conditions. HeNe lasers having resonators 

lacking polarizing elements, such as 

Brewster plates or Brewster windows, 

thus exhibit ran domly varying linear 

polarizations, i.e., their beams are 

unpolarized, or only weakly polarized. 

The discharge tubes of our lineraly 

polarized HeNe lasers are equipped with 

internal Brewster plates that provide 

linear polarizations of 500:1. 

Cathode connection Cathode Capillary Capillary tube Anode connection 

Brewster window 

(only for polarized lasers) 

Beam exit 

High-reflecting mirror 

Partially reflecting mirror 

Mirror mount 

Glass-metal bond 

Outer glass jacket 

Getter 

HeNe gas 

Resonator length 

Cross section of a HeNe laser tube 


France +33 47 25 20 420 

715

Cylindrical HeNe Lasers with Shutter, Outer Diameter 

35 and 45 mm 

• Emit visible beam at λ = 543, 594, 

633 nm 

• Output power from 0.5 up to 20 mW 

• Mechanical beam-blocking shutter 

• Different versions with polarized laser 

beam (P) 

• Singlemode and multimode versions 

• High beam-pointing stability even at 

elevated ambient temperature 

• Separate power supply, switchable 

115 V / 230 V (not included) 

• Output power versions from 25-30 mW 

available on request. 

Cylindrical HeNe Lasers with shutter, Outer diameter 35 and 45 mm 

Item Title 

Wavelength 

(nm) 

Output Power 

(mW) 

Beam-Ø (1/e2) 

(mm) 

Beam Diver gence 

(mrad) 

Trans verse mode 

struc ture *) 

HeNe 633-0.5 P 632.8 0.5 0.49 1.75 SM 

HeNe 633-0.6 632.8 0.6 0.49 1.7 SM 

HeNe 633-1 632.8 1 0.49 1.7 SM 

HeNe 633-2 632.8 2 0.75 1.2 SM 

HeNe 633-2 P 632.8 2 0.75 1.2 SM 

HeNe 633-5 632.8 5 0.8 1.1 SM 

HeNe 633-5 P 632.8 5 0.8 1.1 SM 

HeNe 633-5 M 632.8 5 1.4 4.5 MM 

HeNe 633-10 632.8 10 0.7 1.4 SM 

HeNe 633-10 P 632.8 10 0.7 1.4 SM 

HeNe 633-10 M 632.8 10 1.5 4 MM 

HeNe 633-15 632.8 15 1 1 SM 

HeNe 633-15 P 632.8 15 1 1 SM 

HeNe 633-18 632.8 18 1 1 SM 

HeNe 633-18 P 632.8 18 1 1 SM 

HeNe 633-20 632.8 20 1 1 SM 

HeNe 543-0.5 P 543.5 0.5 0.9 1 SM 

HeNe 543-0.75 P 543.5 0.75 0.85 0.9 SM 

HeNe 543-1 543.5 1 0.88 0.85 SM 

HeNe 543-1 P 543.5 1 0.85 0.91 SM 

HeNe 543-1.2 P 543.5 1.2 0.85 0.91 SM 

HeNe 543-1.5 543.5 1.5 0.88 0.85 SM 

HeNe 543-2 543.5 2 0.88 0.85 SM 

HeNe 543-2.5 543.5 2.5 0.88 0.85 SM 

HeNe 594-2 P 594.1 2 0.79 0.95 SM 

*) SM = Singlemode, MM = Multimode 



Dimensions laserhead 



Polarization 

Pointing stability 

(mrad) 

Pointing stability, 

warm (mrad) 

Safety class IEC 

Europe / CDRH USA 

Required Power 

Supply 

Part No. 

>500:1 < 0.2 < 0.1 3R / IIIa PS 1235 G04 0800 000 

N/A < 0.2 < 0.1 3R / IIIa PS 1235 G04 0801 000 

N/A < 0.2 < 0.1 3R / IIIa PS 1235 G04 0802 000 

N/A < 0.2 < 0.02 3R / IIIa PS 1250 G04 0803 000 

>500:1 < 0.3 < 0.1 3R / IIIa PS 1250 G04 0804 000 

N/A < 0.3 < 0.1 3B / IIIb PS 2265 G04 0805 000 

>500:1 < 0.3 < 0.1 3B / IIIb PS 2265 G04 0806 000 

N/A < 0.2 < 0.02 3B / IIIb PS 1565 G04 0807 000 

N/A < 0.1 < 0.02 3B / IIIb PS 2565 G04 0808 000 

>500:1 < 0.1 < 0.02 3B / IIIb PS 2565 G04 0809 000 

N/A < 0.3 < 0.1 3B / IIIb PS 2265 G04 0810 000 

N/A < 0.1 < 0.05 3B / IIIb PS 3170 G04 0811 000 

>500:1 < 0.1 < 0.05 3B / IIIb PS 3170 G04 0812 000 

N/A < 0.1 < 0.05 3B / IIIb PS 3170 G04 0813 000 

>500:1 < 0.1 < 0.05 3B / IIIb PS 3170 G04 0814 000 

N/A < 0.1 < 0.05 3B / IIIb PS 3170 G04 0815 000 

>500:1 < 0.2 < 0.1 3R / IIIa PS 2265 G04 0816 000 

>500:1 < 0.2 < 0.1 3R / IIIa PS 2265 G04 0817 000 

N/A < 0.2 < 0.1 3R / IIIa PS 2565 G04 0818 000 

>500:1 < 0.2 < 0.1 3R / IIIa PS 2265 G04 0819 000 

>500:1 < 0.2 < 0.1 3R / IIIa PS 2265 G04 0820 000 

N/A < 0.2 < 0.1 3R / IIIa PS 2565 G04 0821 000 

N/A < 0.2 < 0.1 3R / IIIa PS 2565 G04 0822 000 

N/A < 0.2 < 0.1 3R / IIIa PS 2565 G04 0823 000 

>500:1 < 0.2 < 0.1 3R / IIIa PS 2265 G04 0824 000 


France +33 47 25 20 420 

717

Cylindrical HeNe Lasers, Outer Diameter 31.7 and 

44.25 mm 

• Emit visible beam at λ = 543 or 633 nm 

• Output power from 0.5 up to 2 mW 

• Version 543 nm with mechanical beam- 

blocking shutter 

• Different versions with polarized laser 

beam (P) 



• Separate power supply, switchable 

115 V / 230 V (not included) 

• Transverse Mode Structure: Single 

mode 

• Pointing Stability: < 0.1 mrad 

• Safety Class IEC Europe: 3R 

• Safety Class CDRH USA: IIIa 

Dimensions Laserhead 

HeNe-Laser with outer diameter of 31.7 mm 

attached in Microbench 

Cylindrical HeNe Lasers, Outer diameter 31.7 and 44.25 mm 

Item Title 

Wavelength 

(nm) 

Output 

Power 

(mW) 

Beam-Ø 

(1/e 2 ) 

(mm) 

Beam 

Diver gence 

(mrad) 

Polariz ation 

Pointing 

stability 

(mrad) 

Required 

Power 

Supply 

Part No. 

HeNe 633-0.5-O 632.8 0.5 0.49 < 1.8 N/A < 0.2 PS 1235 G04 0825 000 

HeNe 633-0.5 PO 632.8 0.5 0.49 < 1.8 > 500 : 1 < 0.2 PS 1235 G04 0826 000 

HeNe 633-0.8-O 632.8 0.8 0.49 < 1.8 N/A < 0.2 PS 1235 G04 0827 000 

HeNe 633-0.8 PO 632.8 0.8 0.49 < 1.8 > 500 : 1 < 0.2 PS 1235 G04 0828 000 

HeNe 633-1.5-O 632.8 1.5 0.63 < 1.6 N/A < 0.3 PS 1250 G04 0829 000 

HeNe 633-1.5 PO 632.8 1.5 0.63 < 1.4 > 500 : 1 < 0.3 PS 1250 G04 0830 000 

HeNe 633-2-O 632.8 2 0.63 < 1.6 N/A < 0.3 PS 1250 G04 0831 000 

HeNe 543-1 PO 543.5 1 0.85 0.91 N/A < 0.3 PS 2265 G04 0832 000 



A closer look 



•• 

Four rods, for reliable stability. 

Our HeNe Laser with Ø 31.7 mm 

are specially designed for 

installation in the LINOS 

Microbench with the help of 

Adapter G04 0691 000 (page 721). 

Power Supply for Cylindrical HeNe Lasers 

• Key switch 

• Emission control 

• Connectors for external safety loop 

• Input voltage (optional) 230 / 115 VAC 

Cylindrical HeNe Lasers, Power supply 

Power supply (Model) For laser head Part No. 

PS 1235 G04 0800 000, G04 0801 000, G04 0802 000, G04 0825 000, G04 0826 000, G04 0827 000, G04 0828000 G04 0880 000 

PS 1250 G04 0803 000, G04 0804 000, G04 0829 000, G04 0830 000, G04 0831 000 G04 0881 000 

PS 2265 

G04 0805 000, G04 0806 000, G04 0810 000, G04 0816 000, G04 0817 000, G04 0819 000, G04 0820 000, 

G04 0824 000, G04 0832 000 

G04 0882 000 

PS 1565 G04 0807 000 G04 0883 000 

PS 2565 G04 0808 000, G04 0809 000, G04 0818 000, G04 0821 000, G04 0822 000, G04 0823 000 G04 0884 000 

PS 3170 G04 0811 000, G04 0812 000, G04 0813 000, G04 0814 000, G04 0815 000 G04 0885 000 


France +33 47 25 20 420 

719

C-Mount Adapter for HeNe-Laser with Outer Diameter 

of 35 mm 

• For assembly of components with 

C-Mount thread like beam expanders 

to a cylindrical HeNe-Laser with 35 mm 

outer diameter 

C-Mount Adapter for HeNe-Laser with outer diameter of 35 mm 

Item Title 

Part No. 

C-Mount Adapter for HeNe-Laser with outer diameter of 35 mm G04 0870 000 

C-Mount Adapter for HeNe Lasers with Outer Diameter 

of 45 mm 

• For assembly of components with a C- 

Mount thread like beam expanders to 

a Cylindrical HeNe-laser with 45 mm 


C-Mount adapter for HeNe Lasers with outer diameter 45mm 

Item Title 

Part No. 

C-Mount adapter for HeNe Lasers with outer diameter 45 mm G04 0871 000 

Laser Adapter C 35 for HeNe Laser with Outer Diameter 

31.7 mm 

Laser Adapter C 35 

• To mount components with C-Mount 

thread (e.g. Laser expander systems) 

to Cylindrical HeNe Laser with 31.7 mm 


Laser Adapter C 35 

Item Title 

Part No. 

Laser Adapter C 35 G04 0102 000 

Laser Adapter C 35 with screw-on C-Mount 

Microbench adapter 



Microbench Adapter for HeNe-Laser with 31.7 mm 

Outer Diameter 



• Adapter to attach a Cylindrical HeNe 

Laser with 31.7 mm outer diameter to 

Microbench Mounting plate 35 

(G06 1047 000) and Holder 35 

(G06 5084 000). 

Microbench Adapter for HeNe-Laser with 31.7 mm outer diameter 

Item Title Qty. (ea.) Part No. 

Microbench Adapter HeNe-Laser Ø 31.7 mm 1 G04 0691 000 

HeNe-Laser with outer diameter of 31.7 mm 

attached in Microbench 

Beam Blocking Shutter, Mechanical 

• C-Mount thread 

• Reduction adapter available for fitting 

to Microbench 

Beam blocking shutter, mechanical 

Item Title 

Part No. 

Beam blocking shutter, mechanical G04 0212 000 


France +33 47 25 20 420 

721

Frequency Stabilized HeNe-Laser 

FS-Series stabilized HeNe-lasers employ a 

patented two-mode stabilization 

technique providing high frequency 

stability in conjunction with rapid 

warm-up. The stabilized HeNe-Laser is 

installedin a compact cylindrical case. 

For powersupply only a single 13.5 V-AC 

adapter isnecessary. The output beam is 

linearlypolarized. Two different models 

eitherwith one single mode (Modell FS1) 

orwith two polarized modes (Modell 

FS2)are available. An internal thread at 

theirbeam exits may be used for 

installingmechanical shutters or various 

types ofoptical components. 

• High long-term frequency stability 

• Rapid warm-up 

• Compact design 

• Internal thread at beam exit for 

installing items such as fiber couplers 

• All units bear the CE-symbol certifying 

compliance with: EG-Guidelines 73/23/ 

EWG and89/336/EWG and harmonized 

EN-Standards EN61010-1, EN 60825-1, 

EN 55011, and EN 50082-1 

• Wavelength (nominal): 632.9914: 

± 0.0003 nm 

• Amplitude stability 24 h / 1 min: 

< 5 % / < 0.5 % 

• Beam diameter (TEM 00 

): 0.63 mm 

• Beam divergence (TEM 00 

): 1.3 mrad 

• Warm-up time to achieve stable 

operation: < 10 min 

• Max. thermal frequency drift: 

± 4 MHz/K 

• Max. total frequency drift: ±25 MHz 

• Frequency stability over 1 min /1 h / 

24h, after 40 min warm-up: ±2*10 -9 / 

±1*10 -8 / ±2*10 -8 

• Max. tolerated optical feedback: < 10 -5 

• Max. tolerated magnetodynamic field: 

< 10 -6 T 

• Max. tolerated magnetostatic field: 

< 10 -4 T 

• Operating temperature range: 

+15 °C up to +30 °C 

• Storage temperature range: 

-20 °C up to +50 °C 

• Typical life time: 15.000 h 

• Power consumption in stabilized 

condition: app. 20 W 

• Line voltage (AC): 95-265 V 

• Dimensions of laser head (DxL): 

50 mm x 410 mm 

• Internal thread at beam exit: 1.279”-32 

• Length of cable between laser head 

and AC adapter: 1.5 m 

• Weights of laser head/AC adapter: 

900 g / 350 g 

• Laser Saftey ClassIEC Europe: 3R 

• Laser Saftey CDRH USA: IIIa 

Frequency Stabilization HeNe Laser 

Item Title 

Output 

Power 

(mW) 

Amplitude Noise 

(30 Hz- 10 MHz) 

(%) 

AmplitudeModulation 

(39 kHz)(%) 

Beam Polarization 

Longitudinal 

modespacing 

(MHz) 

Part No. 

HeNe 633-1 FS1 > 1 < 0.2 < 0.2 

HeNe 633-2 FS2 > 2 < 0.3 < 0.3 

Single linearly polarized 

longitudinal mode 

Two mutually orthogonal 

linearly polarized modes 

- G04 0850 000 

730 G04 0851 000 

A closer look 

Excessively strong back reflection (> 10 -5 ) due to a coupled optical 

system can cause the laser to stray from its stabilized work area. When 

this happens, the green control lamp switches off. 

The solution to this problem can be found in the optical isolators from 

LINOS: see the chapter entitled "Faraday Isolators." Particularly well 

suited are the Isolator FI-630-2SV (Part No. 84 50 1011 000) with a 

2 mm aperture and the LINOS Microbench-compatible Special Isolator 

FI-630-5SV-MB (Part No. 84 50 1014 004) with a 5 mm aperture. Both 

isolators guarantee attenuation > 30 dB. For > 60 dB attenuation, we 

offer Isolator DLI 2 (Part No. 84 50 1002 000) with an aperture of 5 mm. 



Frequency or Amplitude Stabilized HeNe-Laser 



Our FAS-Series stabilized He-Ne-lasers 

employ a patented dual-longitudinalmode 

stabilization technique providing 

high frequency and amplitude stabilities, 

low optical feedback, and extremely 

rapid warmup, and consist of a compact 

cylindrical head incorporating the laser 

tube, plus a separate table-top housing 

incorporating their high-voltage supply 

and control electronics equipped with a 

front-panel switch for selectingfrequency-stabilized 

or amplitude-stabilized 

mode of operation. Aninternal thread at 

their beam exitprovides a rigid mounting 

for mechanicalshutters or various 

types of opticalcomponents. 

• High frequency and amplitude 

stabilities 

• Choice of two modes of operation, 

frequency stabilized or amplitude 

stabilized 

• Rapid warm-up (typically 10 min) 

• Compactly designed 

• Laser heads come equipped with an 

internal thread at their beam exit for 

installing, e.g.,fiberoptic couplers, as 

standard 

• All units bear the CE-symbol certifying 

compliance with EG-Guidelines 73/23/ 

EWG and89/336/EWG and harmonized 

EN-Standards EN61010-1, EN 60825-1, 

EN 55011, and EN 50082-1 

• Wavelength (nominal): 632.9910 

±0.0002 nm 

• Output power: > 0.8 mW 

• Amplitude noise: (30 Hz - 10 MHz) 

< 0.2 % 

• Amplitude stability over 24 h / 1 min 

(frequency stabilization mode): 

< 5 % / < 0.5 % 

• Amplitude stability over 24 h / 1 min 

(amplitude stabilization mode): 

< 0.5 % / < 0.2 % 

• Beam diameter (TEM 00 

): 0.55 mm 

• Beam divergence (TEM 00 

): 1.5 mrad 

• Polarization: linearly polarized 

longitudinal mode 

• Time required to warm-up to stabilized 

condition: app. 10 min 

• Max. thermal frequency drift: 

±2 MHz/K 

• Max. total frequency drift: ±5 MHz 

• Frequency stability over 1 min /1 h / 

24h, after 30 min warm-up: ±1*10 -9 / 

±2*10 -9 / ±1*10 -8 

• Max. tolerated optical feedback: < 10 -5 

• Max. tolerated magnetodynamic field: 

< 10 -6 T 

• Max. tolerated magnetostatic field: 

< 10 -4 T 

• Operating temperature range: 

+15 °C up to +30 °C 

• Storage temperature range: 

-20 °C up to +50 °C 

• Typical life time: 15.000 h 

• Power consumption in stabilized 

condition : app. 20 W 

• Line voltage (AC): 100-240 V 

• Dimensions of laser head (DxL): 

34.9 mm x 280 mm 

• Dimensions of electronic unit (BxHxT): 

172 mm x 60 mm x 230 mm 

• Internal thread at beam exit: 1.279”-32 

• Length of cable interconnecting laser 

head and electronic unit: 0.8 m 

• Weights of laser head / electronic unit: 

450 g / 1.200 g 

• Laser Safety Class according DIN EN 

60825-1 2M 

Frequency or Amplitude Stabilized HeNe Laser 

Item Title 

Part No. 

HeNe 633-0.8 FAS G04 0852 000 

Frequency Calibration with Certification Report 

Frequency calibration with certification report 

Item Title 

Part No. 

Frequency calibration G04 0853 000 


France +33 47 25 20 420 

723

Diode Laser 

•• 

Emit wavelengths in the visible and NIR 

•• 

Output power up to 25 mW 

•• 

Integral control electronics 

•• 

Integral protective circuitry 

•• 

Modulatable versions 

•• 

Integrated beam-collimating optics 

•• 

Mate to Microbench 

•• 

Compact dimensions 

•• 

Lightweight 

•• 

OEM-versions 

•• 

Extended service lives 

Metallized contact surface 

p-GaAs 

p-Ga(Al)As 

(active zone) 

n-Ga(Al)As 

n-GaAs 

Metallized 

contact surface 

+ Terminal 

Laser emission 

- Terminal 

The unpolished facets of semiconductor 

crystals usually act as crude "mirrors" 

reflecting roughly 30 % of incident 

radiation at optical wavelengths. The 

wavelengths emitted by diode lasers will 

largely depend upon the properties of 

the semiconductor materials employed in 

fabricating their structures, and will 

typically vary from wavelengths falling 

within the infrared spectral region down 

to visible wave lengths. 

How diode lasers work 

Diode lasers, also called "laser diodes" or 

semiconductor lasers, are configured from 

doped semiconductor struc tures. 

Superimposing layers of p-type and 

n-type semiconduc tors creates ultrathin 

p-n junctions, with shifts in energy bands 

occurring across these junctions. 

When these types of diodes are connected 

to voltage sources, observing the 

correct polarity for forward bias, i.e., 

with the positive terminals of voltage 

sources connected to their p-type 

contacts and the negative terminals of 

voltage sources connected to their n-type 

contacts, then holes from their p-type 

layers, and electrons from their n-type 

layers will be injected into these 

junctions, thereby creating, by highly 

efficient mechanisms, population 

inversions within these junc tions. 

Electrons and holes can then recombine, 

spontan e ously emitting photons in the 

process. 

Structure of a double-heterojunction diode laser 

SiO 2 

p-Ga(Al)As 

n-GaAs 

Structure of an index-guided diode laser 

n-Ga(Al)As 

p-Ga(Al)As 

n-Ga(Al)As 

Laser emission 

If these spontaneously emitted photons 

induce emission of further photons 

having the same energies (frequen cies), 

traveling in the same directions, and 

having the same polarizations, then 

stimulated emission occurs. 

As for all other types of lasers, laser 

emission will only occur if the number of 

photons emitted due to stimu lated 

emission exceeds losses due to absorption, 

and to photons exiting the active 

region. The diode currents at which laser 

emission is initiated are termed their 

"threshold" currents. 

Since they have much higher efficiencies 

than the homostructure diode lasers 

described above, so-called "double-heterojunction" 

diode lasers are currently the 

preferred choice for CW-operation. These 

latter types of diode lasers have two 

multiply-doped semiconductor layers 

applied to their top and bottom faces, 

oriented orthogonally to long axes of 

their active regions, that form their 

resonators through the abrupt transitions 

in refractive index occurring at these 

additional interfaces. So-called "indexguided" 

diode lasers, crystalline struc tures 

in which the lateral facets of active 

regions are also bounded by abrupt shifts 

in refractice index, have been developed 

in order to further confine active regions. 

This approach results in lower threshold 

cur rents and significantly reduces beam 

astimagtism. It also narrows the widths of 

their emission spectra to the point where 

these types of diode lasers emit only a 

single longi tudinal mode. 





Beam divergence/beam profile 

The beam-exit surfaces of diode lasers 

have extremely small areas whose 

spatial extensions transverse to their 

p-n junctions are frequently of the 

same order of magni tude as their lasing 

wavelengths. Diffraction effects at their 

beam exits thus lead to their beams 

being highly divergent. The dimensions 

of their active regions parallel to their 

p-n junctions exceed those in the 

orthogonal direction, which explains 

why diode-laser beams have different 

divergence angles, Θ || 

and Θ ⊥ 

, along 

these two axes, producing their roughly 

elliptical beam profiles. 

Beam astigmatism 

Beams from diode lasers usually exhibit 

astigmatism, i.e., their beams appear 

to originate from two different points, 

depending upon whether they are 

viewed parallel or orthogonal to the 

planes of their p-n junctions. The degree 

of this astigmatism is determined by 

the spatial separation, ΔZ, of these two 

points. This effect is rela tively minor in 

the case of index-guided diode lasers, but 

will still require correction if their beams 

are to be focused down to very small 

spots. 

ΔZ 

Beam astigmatism 

Active zone 

Θ ⊥ 

Θ | | 

Beam polarization 

Above their lasing thresholds, diode laser 

beams are plane-polarized parallel to 

the planes of their p-n junc tions. Since 

spontaneous emission is unavoidable, 

their beams will invariably contain some 

unpolarized light. However, their beam 

polarizations improve at higher output 

powers. 

Beam spectral characteristics 

Multimode diode lasers emit several 

longitudinal modes differing both in 

intensity and wavelength. Their relatively 

large longitudinal mode spacings of 

about 0.2 nm are due to their extremely 

short resonators. 

Singlemode diode lasers emit only one 

longitudinal mode, the reason for their 

large coherence lengths. 

Thermal drift 

Wavelengths emitted by diode lasers will 

increase as the temperatures of their crystal 

structures rise, causing sudden jumps 

in wavelength, or "mode hopping." In 

between mode hops, lasing wavelengths 

will vary linearly with laser temperature. 

Peak-Wavelength (nm) 

Diode temperature (°C) 

Lasing wavelengths as a function of diode temperature 

Apart from mode hopping, thermal drift 

in lasing wave length will amount to 

about 0.2 nm/°C. 

Lasing wavelengths will also vary with 

output power, since varying drive current 

alters diode temperature. 

Output Power 

Service life 

20 40 60 

Drive current (mA) 

Output power as a function of drive current and 

temperature 

Diode lasers are reliable, long-lived 

components. Given proper care and 

handling, they have virtually unlimited 

service lives. Their service lives will 

depend upon: 

•• 

Their operating-temperatures 

•• 

The drive-currents 

•• 

Type of treatment they receive 

Both current/voltage spiking and 

electrostatic discharges can damage 

diode lasers. Appropriate protective 

measures (active and passive startuptransient 

suppres sion) protect LINOS 

Photonics diode lasers against: 

•• 

Current and voltage spiking 

- arising from switching transients 

- transmitted by electrical supply lines 

- induced by nearby AC power lines or 

other circuitry 

•• 

Electrostatic discharges 


France +33 47 25 20 420 

725

Diode Laser x.ldm 405 to 830 nm 

Diode Laser x.ldm (rail and carrier not included) 

• OEM diode laser module 

• Emit wavelengths from visible to 

IR range 

• Round and elliptic profiles 

• Driver electronics integrated in the 

casing 

• Directly compatible to the LINOS 

Nanobench® 

• Adaptable to the LINOS Microbench* 

• Output power up to 25 mW 

• Modulatable versions 

• Compact dimensions 

• Lightweight 

• Performance Stability: < 5 % 

• Beam Stability: < 0.2 mrad / °C 

• Beam Divergence: < 0.6 and 

0.6 x 3 mrad 

• Polarization, typical: > 100 : 1 

• Operating Temperature: -10 °C to 

+50 °C 

• Storage Temperature: -40 °C to +85 °C 

• Casing Length: 50 to 60 mm (1.97 to 

2.36 in. ) 

• Casing Diameter: 15.90 mm 

+0.00/-0.10 mm (0.63 +0/-0.004 in.) 

• Connections: blank cable ends, length 

400 mm (15.75 in. ) 

• * Attachment to the LINOS Microbench 

requires Adapter 16/25 G05 0309 000, 

see chapter Nanobench, Adapter. 

Diode Laser x.ldm 405 to 830 nm 

Item Title 

Wavelength 

(nm) 

Output 

Power 

(mW) 

Beam-Ø 

(1/e 2 ) (mm) 

Operating 

voltage DC 

(V) 

Operating 

current 

(mA) 


protec tion 

class 

Part No. 

x.ldm 405-1 *) 405 0.9 2 8 50 ll G04 0900 000 

x.ldm 405-4 *) 405 4.0 3.5 8 60 llR G04 0901 000 

x.ldm 635-1 635 0.9 3.5 2.7 35 ll G04 0902 000 

x.ldm 635-4 634 3.0 3.5 2.7 50 lllR G04 0903 000 

x.ldm 638-25 638 25.0 3.5 2.7 95 lllB G04 0904 000 

x.ldm 650-1 650 0.9 3.5 2.7 40 ll G04 0905 000 

x.ldm 650-3 650 3.0 3.5 2.7 45 lllB G04 0906 000 

x.ldm 785-1 785 0.9 4 2.7 35 lllB G04 0907 000 

x.ldm 785-3 785 3.0 4 2.7 45 lllB G04 0908 000 

x.ldm 785-12 785 12.0 4 2.7 60 lllB G04 0909 000 

x.ldm 830-25 830 25.0 4 2.7 75 lllB G04 0910 000 



Diode Laser x.ldm-L 635 nm 



Diode Laser x.ldm (rail and carrier not included) 

• OEM diode laser modules 

• Emit at 635 nm wavelength 

• Integrated line optics 

• Line with constant intensity with focus 

at 1 m 

• Driver electronics integrated in the 

casing 

• Output power up to 3 mW 

• Compact dimensions 

• Lightweight 

• Direct mounting in the LINOS 

Nanobench® 

• Adaptable to the LINOS Microbench * 

• Wavelength: 635 nm 

• Focus: at 1 m 

• Performance Stability: < 5 % 

• Beam Stability: < 0.2 mrad / °C 

• Operating Temperature: -10 °C to +50 

°C 

• Storage Temperature: -40 °C to +85 °C 

• Operating Voltage: 3.0 V to 6.0 V 

• Casing Length: 55 to 65 mm 

(2.17 to 2.56 in.) 

• Casing Diameter: 15.90 mm 

+0.00/-0.10 mm (0.63 +0/-0.004 in. ) 

• Connections: blank cable ends, 

length 400 mm (15.75 in. ) 

• * Attachment to the LINOS Microbench 

requires Adapter 16/25 G05 0309 000, 

see chapter Nanobench, Adapter. 

Diode Laser x.ldm-L 635 nm 

Item Title 

Output Power 

(mW) 

Operating current 

(mA) 

Line (°) 

Laser protection 

class 

Part No. 

x.ldm 635-1-L 15 0.9 35 15 ll G04 0911 000 

x.ldm 635-1-L 55 0.9 35 55 ll G04 0912 000 

x.ldm 635-4-L 15 3 50 15 llR G04 0913 000 

x.ldm 635-4-L 55 3 50 55 llR G04 0914 000 

Power Supply for all Diode Lasers x.ldm / x.ldm-L 

• With switch and status display (LED) 

• For 9 V E-block 6LR61 

Power supply / Battery pack 

Item Title 

Part No. 

Battery Pack 

Battery pack G04 0915 000 


France +33 47 25 20 420 

727

Diode Pumped Solid State Laser 

General 

Diode-pumped solid-state lasers have 

developed into a high-performance and 

reliable light source in many industry and 

research fields. Especially the solid-state 

lasers with emission in the green and 

blue spectrum have largely replaced the 

widespread Ar-ion lasers. 

In its new catalog program, LINOS now 

offers diode-pumped solid-state lasers 

with outputs of up to 10 mW at 473 nm 

and up to 100 mW at 532 nm. These 

solid-state lasers are suited for all 

appplication cases requiring an especially 

high performance stability, a high beam 

pointing stability and low noise. 

Structure 

laser diode transfer optics mirror 

laser crystal 

Laser head 

Controller 

doubler 

crystal 

capacity circiut 

semi-transperant 

mirror 

Principle Structure of a Diode-Pumped Solid- 

Substance Laser 

beam 

shaping 

optics 

outcoupling 

mirror 

monitor diode 

A laser diode serves as pump source for 

the Nd-doted laser crystal. The wavelength 

of the diode is selected in such a 

way that it hits an absorption line of the 

laser crystal. For Nd:YAG and Nd:YVO4 , 

this is around 800 nm. The infrared pump 

light is focussed in the laser crystal. The 

resonator forms the entering surface of 

the laser crystal and the output mirror, 

which is partially reflecting and decouples 

a part of the laser irradiation. The 

laser wavelengths are 1064 nm for the 

green DPSSL and 946 nm for the blue 

DPSSL. The doubling crystal on the inside 

of the resonator results in a doubling of 

the frequency of the infrared laser light 

into the correspondingly visible wavelengths. 

The DPL series lasers are operated via an 

external controller. The controllers can 

be interchanged independently of the 

respective laser model. The casing 

contains a thermoelectrical temperature 

controller to provide the highest degree 

of stability. 

A base plate serves for cooling. Therefore 

you have to ensure that the base plate 

of the laser is mounted onto a heat sink 

with a sufficient capacity. With the 

compact design of the casing, the laser 

can easily be integrated into optical 

systems. 

Beam Diameter 

The output beam diameter is set via an 

internal optical system (telescope). There 

is a fixed correlation between the beam 

diameter and the divergence of the laser 

beam: the divergence increases with 

decreasing beam diameters. The product 

of beam diameter and divergence is 

invariant when passing through all 

optical systems. The DPL series lasers 

provide a beam diameter of 0.7 mm on 

the blue spectral range, which ensures 

the optimum application of the Ar-ion 

laser. In the green spectral range, the 

beam diameters 0.32 and 0.7 mm are 

offered optionally. 

Beam Quality 

The lasers work in transversal base mode 

(TEM 00 

), are diffraction-limited and the 

beam profile is Gaussian. The lasers with 

the wavelength 473 nm only emit a 

longitudinal mode (single-frequency 

operation). With the solid substance 

lasers in the green spectral range 

(532 nm), several longitudinal modes 

emit. Optionally, these lasers are also 

available in single-frequency operation. 

Stability 

An output feedback from the laser head 

ensures that the output capacity stays 

constant under all operating conditions. 

The micro-processor-controlled electronics 

ensure low-noise operation across 

the entire operating temperature range 

and the entire lifespan of the laser. The 

compact and stable structure of the 

resonator ensures a high beam pointing 

stability so that the laser is also excellently 

suited for position-sensitive applications 

or fiber coupling. 

Fiber Coupling 

The beam diameter of 0.7 mm ensures an 

optimum adaptation to the FCS fiber 

coupling system with both available 

wavelengths. This fiber coupling can be 

connected via an adapter, which is 

available separately. 

Lifespan 

The lifespan of a diode-pumped 

solid-substance laser is practically only 

determined by the service life of the 

pump diode. The typical minimum service 

life is 10,000 hours. 



Diode-Pumped Solid-State Laser DPL 



Applications: 

Metrology, Bioanalytics, Material 

Inspec tion, Fluorescence Stimulation, 

Sensor Technology 

• Emit visible beam at 473 nm (blue) or 

532 nm (green) 

• Complete laser system including laser 

controller and AC power pack 

• Output capacities from 5 to 50 mW 

(DPL 532 with 100 mW on request) 

• Single-longitudinal mode 

• Polarization > 200 : 1 

• With mechanical beam-blocking 

shutter 



• Low noise 


• High output power stability across the 

entire lifetime and the entire temperature 

range 

• High mechanical stability 

• High reproducibility of all optical and 

mechanical parameters 

• Output Power Stability (over 8 h): 

< 2 % 

• Noise (rms): < 0.5 % 

• Beam Quality M 2 : < 1.2 

• Ellipticity: < 10 % 

• Beam-Pointing Stability: < 6 µrad / K 

• Degree of Polarisation (±3° vertical): 

> 200 : 1 

• Operating Temperature (base plate): 

10 °C - 40 °C 

• Protection Class IEC Europe: 3B 

• Protection Class CDRH USA: IIIb 

• Dimensions Laser Head (LxWxH): 100 x 

39 x 39 mm (3.94 x 1.54 x 1.54 in. ) 

• Dimensions Controller (LxWxH): 100 x 

39 x 39 mm (3.94 x 1.54 x 1.54 in. ) 

• Cable Lenght Laser Head - controller: 

1 m (3.3 ft ) 

• Operating Voltage: 24 V 

• AC power pack included 

Laser Head 

Laser Controller 

Diode-Pumped Solid-State Laser DPL, Laser Head, Laser Controller and Power supply included 

Item Title 

Wavelength 

(nm) 

Output 

Power 

(mW) 

Beam-Ø 

(1/e 2 ) 

(mm) 

Beam 

Diver gence 

(mrad) 

Polar i- 

zation 

Line 

width 

(nm) 

Protective 

class IEC 

Europe 

Protective 

class 

CDRH 

USA 

Part No. 

DPL 473-5-0.7 473 5 0.7 < 1.2 > 200:1 < 0.001 SM 3B IIIb G04 0840 000 

DPL 473-10-0.7 473 10 0.7 < 1.2 > 200:1 < 0.001 SM 3B IIIb G04 0841 000 

DPL 532-10-0.3 532 10 0.32 < 2.8 > 200:1 < 0.1 SM 3B IIIb G04 0842 000 

DPL 532-10-0.7 532 10 0.7 < 1.3 > 200:1 < 0.1 SM 3B IIIb G04 0843 000 

DPL 532-20-0.3 532 20 0.32 < 2.8 > 200:1 < 0.1 SM 3B IIIb G04 0844 000 

DPL 532-20-0.7 532 20 0.7 < 1.3 > 200:1 < 0.1 SM 3B IIIb G04 0845 000 

DPL 532-50-0.3 532 50 0.32 < 2.8 > 200:1 < 0.1 SM 3B IIIb G04 0846 000 

DPL 532-50-0.7 532 50 0.7 < 1.3 > 200:1 < 0.1 SM 3B IIIb G04 0847 000 


France +33 47 25 20 420 

729

Mounting Bracket DPL 

For direct installation of lasers type DPL 

on optical tables with M6 threads in a 

25 mm pattern or via a groove for table 

clamps 30, G02 7040 000. 

With threads in a 25.4 mm hole pattern 

on the front side of the bracket, both the 

LINOS fiber couplers type FIC as well as 

the adapter FIC/Microbench G173013000 

can be installed directly. 

The bracket is the connection to the 

LINOS Microbench and to all components 

with an external C-Mount thread. The 

beam height above the work surface 

corresponds to the LINOS standard of 

40 mm. 

In addition, the bracket acts like a heat 

sink, which ensures a stable operating 

status of the laser. 

Mounting bracket DPL 

Item Title 

Part No. 

Mounting bracket DPL G04 0872 000 

Mounting Plate DPL 

With this plate, DPL Lasers can be 

mounted directly via M6 screws or with 

clamps 30 on an Optical Table or Breadboard. 

The Mounting Plate DPL is 

dimensioned in such a way that the 

beam height is 40 mm. 

In addition, the mounting plate acts like 

a heat sink, which ensures the stable 

operating status of the laser. 

Mounting plate DPL 

Item Title 

Part No. 

Mounting plate DPL G04 0873 000 



Adapter FIC / Microbench 



• 30 mm flange diameter for installing 

in e.g. Microbench mounting plate 30 

or holder 30 

• With 4x M3 threads attachable directly 

to mounting bracket DPL, 

G04 0872000 

• With internal C-Mount thread 

Adapter FIC / Microbench 

Item Title 

Part No. 

Adapter FIC/Microbench G17 3013 000 

Selection guide 

The Mounting bracket enables 

adaptation of the Laser DPL to the 

LINOS Microbench system. 

Example: Mounting Bracket DPL with Adapter FIC/ 

Microbench, Mounting plate 30, and Microbench 

Rods 


France +33 47 25 20 420 

731

Laser Modules NANO 100 Series 

The new laser modules in the LINOS 

NANO 100 Series correspond to the 

NANO 250 Series laser modules, which 

are compatible with the LINOS 

Microbench. The dimensions of this new, 

extremely miniaturized system are 

adapted to the smaller LINOS Nanobench 

system. The housing, while measuring 

only 25 x 25 x 40 mm, contains not only 

the laser diode with collimation optics 

but also the controller. The maximum 

output power is up to 100 mW. No additional 

power supply unit is necessary, 

because the module is powered over a 

USB connection. The USB port also 

provides a computer interface for monitoring 

and manipulating the operating 

parameters of the laser modules, which 

come with the NANO Control software 

for Windows. All the commands for 

programming the interface are described 

in detail in the user manual, so you can 

control the laser modules through your 

own programs. 

• Beam Diameter: 1.1 x 2.2 to 1.2 x 2.8 

mm (0.043 x 0.087 to 0.047 x 0.11 in.), 

depending on wavelength 

• Divergence: < 0.9 mrad 

• Spatial Beam: TEM 00 

• Polarization: linear, > 100:1 

• Polarization Angle: vertical ± 5° (cage 

mounting allows simple rotation for 

horizontal polarization) 

• Beam Alignment: < 5 mrad and 

< 0.1 mm (compared to base mount) 

• Pointing Stability: < 5 µrad/K 

• Noise: < 1 % RMS 

• Power Stability: < 1 % (10 h) 

• Drive Mode: active current control 

• Control Modes: constant power, 

controllable via USB 

• CDRH Classification: 3b 

• Dimensions: 40 x 25 x 25 mm 

(1.57 x 0.98 x 0.98 in) 

• Weight: 40.3 g (1.4 oz) 

• Operating Temperature: 0° C to 45° C 

(non-condensing) 

• Storage Temperature: -25° C to 70° C 


Item Title Wavelength (nm) Output Power (mW) Part No. 

NANO 100-405-15 405 15 G04 0965 000 

NANO 100-405-75 405 75 G04 0966 000 

NANO 100-445-15 445 15 G04 0967 000 

NANO 100-532-15 532 15 G04 0968 000 

NANO 100-638-75 638 75 G04 0969 000 

NANO 100-660-75 660 75 G04 0970 000 

NANO 100-785-75 785 75 G04 0971 000 






The NANO 250 Series offers powerful 

and adjustable laser modules in a 

compact package. The high-quality, 

made in Germany, product allows 

universal use with tunable output power 

up to 800mW. The NanoControl user 

software supplied with the NANO 250 

series laser modules enables perfect 

adjustment of the optimum working 

area using a computer. This facilitates 

both adaptation to individual requirements 

and long-term storage of working 

area data. High durability, excellent 

beam quality and easy integration in the 

LINOS rail system FLS 40 assure highest 

flexibility for industrial, scientific and 

medical applications. 

• Wide application spectrum through 

variable peak output up to 400mW in 

a compact package 

• High precision temperature stabilized 

active TEC control 

• Divergence less than 0.8 mrad, TEM 00 

• IP67 shielded case, optionally vacuum 

sealed 

• Microprocessor controlled driver unit 

with dot matrix display shows laser 

status 

• Optional fiber coupling 

• Horizontal, vertical and diagonal 

mounting option on metric and 

imperial breadboards 

• Production in completely air- 

conditioned clean room 

• Protective gas filled modules 

With the additional RemoteControl the 

user will get a small powerful tool to get 

further information about system state. 

He can also modify parameters as 

temperature preset for fine tuning his 

system. 

• Divergence: < 0.8 mrad (typ.) 

• Polarization: >100:1 lin. 

• Drive Mode: ACC* 

• Modulation Type: Analog/TTL up to 

200 kHz (optional 150 MHz), except 

the Type NANO 250-532*** 

• Noise (RMS): 2.5 V - 5 V 

• DC Input Voltage: 11.5 - 30 VDC, 2.5 A 

• AC PSU Optional: 95 - 240 VAC, 50-60 

Hz (Sec. 12 VDC) 

• * Active Current Control PSU 

• ** Custom length possible 

• *** NANO 250-532 max. 15 kHz - AOM 

recommended 


Item Title 

Wavelength 

(nm) 

Output 

Power 

(mW) 

Beam Ø 

typical (mm) 

Beam 

Mode 

Part No. 

NANO 250-375-15 375±5 15 1.1x2.8 TEMoo G04 0945 000 

NANO 250-405-15 405±5 15 1.1x2.8 TEMoo G04 0930 000 

NANO 250-405-80 405±5 80 1.1x2.8 TEMoo G04 0946 000 

NANO 250-405-130 405±5 130 1.1x2.8 TEMoo G04 0947 000 

NANO 250-445-40 445±5 40 1.1x2.8 TEMoo G04 0931 000 

NANO 250-445-450 445±5 450 1.1x2.8 Multi G04 0938 000 

NANO 250-473-20 473±1 20 Ø 1.2 TEMoo G04 0932 000 

NANO 250-488-15 488±5 15 1.1x2.8 TEMoo G04 0948 000 

NANO 250-532-100 532±1 100 Ø 1.2 TEMoo G04 0933 000 

NANO 250-532-200 532±1 200 Ø 1.2 TEMoo G04 0949 000 

NANO 250-635-25 635±1 25 1.1x3.1 TEMoo G04 0934 000 

NANO 250-643-80 643±5 80 1.1x2.8 TEMoo G04 0935 000 

NANO 250-643-150 643±5 150 1.1x2.8 TEMoo G04 0950 000 

NANO 250-659-80 659±5 80 1.1x2.2 TEMoo G04 0951 000 

NANO 250-659-150 659±5 150 1.1x2.2 TEMoo G04 0952 000 

NANO 250-785-100 785±5 100 1.1x2.8 TEMoo G04 0953 000 

NANO 250-405-160 405±5 160 TEMoo G04 0959 0000 

NANO 250-445-800 445±5 800 Multi G04 0960 000 

NANO 250-532-300 532±1 300 TEMoo G04 0961 000 

NANO 250-808-100 808±5 100 TEMoo G04 0962 000 

NANO 250-830-100 830±5 100 TEMoo G04 0963 000 

NANO 250-1064-100 1064±5 100 TEMoo G04 0964 000 


France +33 47 25 20 420 

733

Laser Modules NANO 250 RAMAN 

The compact and powerful NANO 250 

RAMAN laser modules have been 

developed specially for scattered light 

activation in RAMAN spectroscopy. 

Distinguishing features include narrow 

band, stability and excellent beam 

quality. 

• Excellent beam quality 

• Wavelength locked 

• Stable output power 

• High precision temperature stabilized 

active TEC control 

• Divergence less than 0.8 mrad, TEM 00 

• IP67 shielded case, optionally vacuum 

sealed 

• Microprocessor controlled driver unit 

with dot matrix display shows laser 

status 

• Optional fiber coupling 

• Horizontal, vertical and diagonal 

mounting option on metric and 

imperial breadboards 

• Production in completely air- 

conditioned clean room 

• Protective gas filled modules 

• Wavelength: 785 nm 

• Output Power: 80 mW 

• Beam Q uality M 2 : < 1.2 

• Divergence: < 1.0 mrad (typ.) 

• Polarization: >100:1 lin. 

• Drive Mode: ACC* 

• Modulation Type: Analog/TTL up to 

200 kHz (optional 100 MHz) 

• Noise (RMS): 2.5 V - 5 V 

• DC Input Voltage: 11.5 - 30 VDC, 2.5 A 

• AC PSU optional: 95 - 240 VAC, 50-60 

Hz (Sec. 12 VDC) 

• * Active Current Control PSU 

• ** Custom length possible 

Laser modules NANO 250 RAMAN 

Item Title Line width (nm) Part No. 

NANO 250-785-100-RAMAN-1N < 1.0 G04 0954 000 

NANO 250-785-100-RAMAN-1P < 0.001 G04 0955 000 

Q-Enabled 

Raman spectroscopy is an indispensable tool in chemical, biological 

and biomedical analysis. It provides a high density of information regarding 

the chemical composition and molecular structure of the samples 

tested. 

Until just a few years ago, prohibitively high cost of Raman spectrometers 

meant that these instruments were found only in the research 

laboratories of large companies and research facilities. Read more in 

Optolines 21 or online. 



Software Package NANO 250 



Similar to the remote control, you can 

use the NANO 250 operating software* 

with a PC to adapt the optimal working 

field of the laser perfectly to the 

demands of the application at hand, and 

store the settings. 

• Compatibility with all NANO 250 

systems 

• Output indicator 

• Temperature display 

• Power and temperature remote 

control 

• Wavelength shift of up to ±5 nm 

• Programmable output gradients 

• Visual representation of measured 

values 

• Storage and reloading of preset values 

• Equipment supplied: 

- Software CD 

- USB / MicroUSB cable 

• *Compatible with power supply 

version 2.0 

Software Package NANO 250 

Item Title 

Part No. 

Software Package NANO 250 G04 0958 000 

RemoteControl NANO 250 

The NanoControl user software supplied 

with the NANO 250 series laser modules 

enables perfect adjustment of the 

optimum working area using a computer. 

This facilitates both adaptation to individual 

requirements and long-term 

storage of working area data. 

The RemoteControl unit offers users all 

of the functionality found in the familiar 

NanoControl software – and makes it 

accessible without the computer. This 

unit is simply connected to the laser 

controller using the micro-USB cable that 

comes with the laser system. Power is 

supplied to the unit over the USB cable. 

The Remote-Control has a 5-button pad 

for operating the laser modules, as well 

as a 3-line display. 

• 5-button operating pad 

• 3-line display 

• Contrast and brightness can be 

adjusted separately 

• Powered by the laser controller; no 

separate power supply for the remote 

control 

• Simple connection to the laser system 

using micro-USB cable (included with 

the laser system) 

• Display and adjustment of lasertemperature 

(if this function is supported 

by the laser system) 

• Display and adjustment of laser output 

power 

• On/off switch for laser operation 

• Displays operating status of both key 

switch and interlock input 

The RemoteControl can be used to switch 

the laser on and off, as well as to adjust 

and display the laser output level. 

Furthermore, this remote control unit 

offers the unique option of influencing 

the wavelength by adjusting the laser 

diode temperature (shift of up to ± 5 

nm). The temperature can also be viewed 

on the display. 

RemoteControl NANO 250 

Item Title 

Part No. 

RemoteControl NANO 250 G04 0957 000 


France +33 47 25 20 420 

735

Mounting Plate NANO 250 FN 

This universal adapter lets you mount the 

Fiber Coupler (available separately) or 

the LINOS Nanobench® system, and is 

attached directly to the front plate of 

the laser using four M 2.5 screws. 

NANO 250 RAMAN with Nanobench 

The fiber coupler is plugged into the 

universal adapter through a bore hole 

and secured by threaded connectors. No 

further centering is required. 

The adapter has four bore holes of 4 mm 

diameter for adaptation to the 

Nanobench® system. 

Universal Mounting Plate NANO 250 

Item Title 

Part No. 

Mounting Plate NANO 250 FN G04 0956 000 

NANO 250 RAMAN with Fiber coupler 

Option Fiber Coupler NANO 250 

NANO 250 RAMAN with Fiber coupler 

The NANO 250 fiber coupler can be fitted 

onto any module in the NANO 250 Series, 

using the 250 FN adapter, for 

applications with single-mode or 

multimode fibers. This fiber coupler 

plugs into the universal adapter through 

a bore hole and is secured by threaded 

connectors, with no further centering 

required. A wide range of achromatic 

lenses with various focal lengths and 

anti-reflective coatings is available for 

optimum adaptation to the particular 

wavelength and beam diameter. 

The fiber coupler can be equipped with 

an SMA, FC or FC-APC fiber connector. 

• Single-mode/multimode version 

• Fiber connector: SMA, FC or FC-APC 

• Outstanding coupling efficiency 

• Achromatic optics 

• Low back reflection 

• High precision 

• Excellent long-term stability 

• Mounting Plate G04 0956 000 included 

• Coupling efficiency, single-mode, 

typical: > 60% 

• Coupling efficiency, multimode, 

typical: > 90% 

• Back reflection: < 0.5 % 

Option Fiber Coupler NANO 250 

Item Title 

NANO Fiber Coupler 

On Request 

• Please include the following 

para meters with your order: 

- Wavelength 

- Beam diameter 

- Fiber connector 

- NANO 250 laser module 



Option Water Cooling System NANO 250 



If the composition or dimensions of the 

mounting surface used in your application 

or assembly do not sufficiently 

discharge excessive heat, an additional 

cooling system is recommended to 

ensure reliable operation. 

All NANO 250 laser modules can be fitted 

at the factory with a base plate equipped 

with coolant ducts and pipe connectors. 

Please pay attention that this is only 

available for new orders, retrofitting is 

not possible. 

• Base plate with coolant ducts 

• Connector with plug-in adapter and 

piping set, 2 m (D=3.0 mm) 

• A heat exchanger with a set of liquids 

is also available on request. 

Option Water cooling system NANO 250 

Item Title 

Option Water cooling system NANO 250 

On Request 


France +33 47 25 20 420 

737

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