Chip breaker geometry F = for finishing Further technical information: · d: 12.7mm · s: 3,2mm · l: 12,7mm · Max. feed rate: 0.4 mm/rev in steel / 0.3 mm/rev in stainless steel / - mm/rev in cast / - mm/rev in NI metals / - mm/rev in superalloys / - mm/rev in hardened steels · Vc max.: 355 m/min in steel / 210 m/min in stainless / - m/min in cast / - m/min in NI metals / - m/min in superalloys / - m/min in hardened steels · Vc min.: 225 m/min in steel / 135 m/min in stainless / - m/min in cast / - m/min in NI metals / - m/min in superalloys / - m/min in hardened steels · Min. cutting depth: 1 mm in steel / 1 mm in stainless / - mm in cast / - mm in NI metals / - mm in superalloys / - mm in hardened steels · Max. cutting depth: 6.5 mm in steel / 4.9 mm in stainless / - mm in cast / - mm in NI metals / - mm in superalloys / - mm in hardened steels · Min. feed rate: 0.15 mm/rev in steel / 0.15 mm/rev in stainless steel / - mm/rev in cast / - mm/rev in NI metals / - mm/rev in superalloys / - mm/rev in hardened steels

Chip breaker geometry F = for finishing Further technical information: · d: 12.7mm · s: 3,2mm · l: 12,7mm · Max. feed rate: 0.34 mm/rev in steel / 0.26 mm/rev in stainless steel / - mm/rev in cast / - mm/rev in NI metals / - mm/rev in superalloys / - mm/rev in hardened steels · Vc max.: 280 m/min in steel / 165 m/min in stainless / - m/min in cast / - m/min in NI metals / - m/min in superalloys / - m/min in hardened steels · Vc min.: 135 m/min in steel / 80 m/min in stainless / - m/min in cast / - m/min in NI metals / - m/min in superalloys / - m/min in hardened steels · Min. cutting depth: 1 mm in steel / 1 mm in stainless / - mm in cast / - mm in NI metals / - mm in superalloys / - mm in hardened steels · Max. cutting depth: 6.5 mm in steel / 4.9 mm in stainless / - mm in cast / - mm in NI metals / - mm in superalloys / - mm in hardened steels · Min. feed rate: 0.15 mm/rev in steel / 0.15 mm/rev in stainless steel / - mm/rev in cast / - mm/rev in NI metals / - mm/rev in superalloys / - mm/rev in hardened steels