Generation of microcutting tools using advanced laser technologies MIP: Fraisa SA

• Research unit: INNOSUISSE
• Project number: 16848.3 PFNM-NM

Short description (German)

Generation of microcutting tools using advanced laser technologies

Short description (English)

Generation of microcutting tools using advanced laser technologies MIP: Fraisa SA

Abstract (German)

Laser cutting edge generation of carbide rotationally symmetric microcutting tools of less-than or equal to Ø 1 mm whereby chipping properties of said tools are enhanced by means of laser surface structuring.|State-of-the-art laser microtechnologies and ultrashort picosecond laser pulses will improve microcutting tool capabilities by optimising tool form and surface characteristics while minimising tolerance gap less-than or equal to 5 µm. Cutting tool performance is evaluated by analysing process parameters of lasered and conventionally ground microcutting tools in chipping processes.

Abstract (English)

Laser cutting edge generation of carbide rotationally symmetric microcutting tools of less-than or equal to Ø 1 mm whereby chipping properties of said tools are enhanced by means of laser surface structuring.|State-of-the-art laser microtechnologies and ultrashort picosecond laser pulses will improve microcutting tool capabilities by optimising tool form and surface characteristics while minimising tolerance gap less-than or equal to 5 µm. Cutting tool performance is evaluated by analysing process parameters of lasered and conventionally ground microcutting tools in chipping processes.