Efficient Titanium Machining

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Challenges in Titanium machining Titanium and its varying grades of alloys are attractive materials for structural applications in the aerospace industries. conventional future Starrag Alu 70% Steel 7% Titanium 6% Composites 10% Dörries Heckert Scharmann SIP Droop + Rein TTL Berthiez WMW Ecospeed Alu 20% Other 9% Steel 7% Titanium 14% Composites 50% Machining titanium parts efficiently requires a delicate balance between productivity and profitability. The cutting process poses a big challenge to the machine and tool system. In the past experiments to use standard machines failured. In Titanium machining solid and accurate machine tools with high performance in drives and spindle become accepted in the market. Other 7% Source : Airbus 1
Challenges in Titanium machining We at StarragHeckert are aware of the necessity to optimise our machine tools for titanium cutting. We have taken significant steps in the development, design and optimisation of even the larger machine tools to provide high stability and rigidity, temperature control and effective compensation. We have carried out all the necessary calculations and practical measurements to detect temperature sources. Calculation and experimental verification of machine characteristics Starrag Dörries Heckert Scharmann SIP Droop + Rein TTL Berthiez WMW Ecospeed 2
Page 1: Efficient Titanium Machining Update
Page 5 and 6: Expertise in machine tool building
Page 11 and 12: Other interesting Options Starrag D
Page 13 and 14: Pallets Pallets are available with
Page 15 and 16: Mill-Turn-Machining, STC800/160 Rot
Page 17 and 18: Automatic Machine Adjustment Alignm
Page 19 and 20: Comparision : Milling head STC agai
Page 21 and 22: Process stability Milling head STC-
Page 23 and 24: References HEC/ STC-Serie Starrag D

Efficient Titanium Machining

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