Success stories
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Boost in micro-machining solutions
N° 10540 How a coordinated range of tools boosts the range of solutions for high-precision machining of small components and thus makes production more efficient and cost-effective. Further information
Goodbye “Birds Nest”
N° 10530 How to avoid birds nests during internal turning of long chipping materials and increase the efficiency of mass production.Further information
Plus 600% performance - lead free brass
N° 10520 Performance comparison of micro internal turning tools for long-chipping lead-free brass.Further information
5x more knurls produced
N° 10510 Massive increases in the production of knurls thanks to modern coatings.Further information
Double production - stainless steel 1.4301- 1.4305
N° 10500 How a job shop produces almost twice as many parts in 1.4301.Further information
One tool - 130,000 parts in copper-beryllium
N° 10490 How an OEM was able to almost halve the cycle time and tool costs for a finishing operation in a copper-beryllium micro-component.Further information
Precision sleeves made of grade 5 titanium
N° 10485 Precision sleeves made of titanium. The secret behind the perfect machining of grade 5 titanium - process reliability and maximum precision!Further information
Dental implants - Double the tool life
N° 10480 Discover how dental implant manufacturers are almost doubling their production volumes - and taking surface quality to a whole new level. Further information
Double tool life with high volume cooling
N° 10470 By using the high-pressure coolant supply during the counter operation, the chips can be reliably flushed out of the bore, resulting in reliable production and a reduction in unit and tool costs.Further information
Top machining performance in PEEK
N° 10460 Discover how experts manufacture high-precision workpieces in PEEK and achieve outstanding surface qualities and an impressive tool life.Further information
Perfect surfaces / chrome-nickel-molybdenum steels
N° 10450 How to produce gigantic quantities of precise bores in austenitic stainless chromium-nickel-molybdenum steels (1.4401 and 1.4404).Further information