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Precise optimization of punching in small parts manufacturing
Four compact tips – developed for tight tolerances, high quantities, and maximum process reliability.
Every micrometer counts in the production of small parts. Tight installation spaces, sensitive workpieces, and high quantities require stable processes and controlled chip formation. Our 4-part series of tips provides you with practical, immediately implementable recommendations for better results in grooving.
Small parts demand the highest precision: components in the millimeter range, changing materials, and complex geometries place special demands on tools and processes. Well-thought-out strategies in grooving – from the right chip formation and stable tool clamping to targeted cooling – make a decisive contribution to avoiding quality deviations and increasing tool life. In our series of tips, we show you how to increase the efficiency of your small parts production with the help of intelligent process parameters, optimized cooling concepts, and stable tool systems. Whether in the watch industry, medical technology, electronics, automotive, or general mechanical applications: Precise chip formation and controlled grooving noticeably improve surface quality, process reliability, and throughput. Each tip is compact and provides clear recommendations for your everyday work on Swiss-type lathes, multi-spindle machines, or turning/milling centers. You benefit from engineering expertise that has been specially developed for confined machine rooms, demanding materials, and high cycle rates. The result: fewer interruptions, greater stability, and higher productivity.