Chip breaker geometry M = for medium processing Further technical information: · d: 6.7mm · Area of application: Medium processing · r: 0.5mm · d1: 2.88mm · s: 3,5mm · l: 11mm · Max. feed rate: 0.25 mm/rev in steel / 0.25 mm/rev in stainless steel / 0.25 mm/rev in cast / - mm/rev in NI metals / 0.18 mm/rev in superalloys / - mm/rev in hardened steels · Vc max.: 310 m/min in steel / 185 m/min in stainless / 290 m/min in cast / - m/min in NI metals / 90 m/min in superalloys / - m/min in hardened steels · Vc min.: 220 m/min in steel / 130 m/min in stainless / 205 m/min in cast / - m/min in NI metals / 45 m/min in superalloys / - m/min in hardened steels · Min. cutting depth: 1 mm in steel / 1 mm in stainless / 1 mm in cast / - mm in NI metals / 1 mm in superalloys / - mm in hardened steels · Max. cutting depth: 9 mm in steel / 9 mm in stainless / 9 mm in cast / - mm in NI metals / 7.2 mm in superalloys / - mm in hardened steels · Min. feed rate: 0.1 mm/rev in steel / 0.1 mm/rev in stainless steel / 0.1 mm/rev in cast / - mm/rev in NI metals / 0.1 mm/rev in superalloys / - mm/rev in hardened steels

Chip breaker geometry M = for medium processing Further technical information: · d: 6.7mm · Area of application: Medium processing · r: 0.5mm · d1: 2.88mm · s: 3,5mm · l: 11mm · Max. feed rate: 0.25 mm/rev in steel / 0.19 mm/rev in stainless steel / 0.25 mm/rev in cast / - mm/rev in NI metals / 0.15 mm/rev in superalloys / - mm/rev in hardened steels · Vc max.: 255 m/min in steel / 150 m/min in stainless / 240 m/min in cast / - m/min in NI metals / 75 m/min in superalloys / - m/min in hardened steels · Vc min.: 185 m/min in steel / 110 m/min in stainless / 175 m/min in cast / - m/min in NI metals / 35 m/min in superalloys / - m/min in hardened steels · Min. cutting depth: 1 mm in steel / 1 mm in stainless / 1 mm in cast / - mm in NI metals / 1 mm in superalloys / - mm in hardened steels · Max. cutting depth: 9 mm in steel / 6.8 mm in stainless / 9 mm in cast / - mm in NI metals / 5.4 mm in superalloys / - mm in hardened steels · Min. feed rate: 0.1 mm/rev in steel / 0.1 mm/rev in stainless steel / 0.1 mm/rev in cast / - mm/rev in NI metals / 0.1 mm/rev in superalloys / - mm/rev in hardened steels

Chip breaker geometry AL = for aluminium processing Further technical information: · d: 6.7mm · Area of application: Aluminium processing · r: 0.5mm · d1: 2.88mm · s: 3,5mm · l: 11mm · Max. feed rate: - mm/rev in steel / - mm/rev in stainless steel / - mm/rev in cast / 0.3 mm/rev in NI metals / - mm/rev in superalloys / - mm/rev in hardened steels · Vc max.: - m/min in steel / - m/min in stainless / - m/min in cast / 560 m/min in NI metals / - m/min in superalloys / - m/min in hardened steels · Vc min.: - m/min in steel / - m/min in stainless / - m/min in cast / 125 m/min in NI metals / - m/min in superalloys / - m/min in hardened steels · Min. cutting depth: - mm in steel / - mm in stainless / - mm in cast / 0.8 mm in NI metals / - mm in superalloys / - mm in hardened steels · Max. cutting depth: - mm in steel / - mm in stainless / - mm in cast / 9 mm in NI metals / - mm in superalloys / - mm in hardened steels · Min. feed rate: - mm/rev in steel / - mm/rev in stainless steel / - mm/rev in cast / 0.05 mm/rev in NI metals / - mm/rev in superalloys / - mm/rev in hardened steels

Chip breaker geometry M = for medium processing Further technical information: · d: 6.7mm · Area of application: Medium processing · r: 0.5mm · d1: 2.88mm · s: 3,5mm · l: 11mm · Max. feed rate: 0.3 mm/rev in steel / 0.25 mm/rev in stainless steel / 0.25 mm/rev in cast / - mm/rev in NI metals / - mm/rev in superalloys / - mm/rev in hardened steels · Vc max.: 250 m/min in steel / 150 m/min in stainless / 300 m/min in cast / - m/min in NI metals / - m/min in superalloys / - m/min in hardened steels · Vc min.: 130 m/min in steel / 60 m/min in stainless / 100 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 / 1 mm in cast / - mm in NI metals / - mm in superalloys / - mm in hardened steels · Max. cutting depth: 9 mm in steel / 6.8 mm in stainless / 9 mm in cast / - mm in NI metals / - mm in superalloys / - mm in hardened steels · Min. feed rate: 0.2 mm/rev in steel / 0.12 mm/rev in stainless steel / 0.12 mm/rev in cast / - mm/rev in NI metals / - mm/rev in superalloys / - mm/rev in hardened steels

Chip breaker geometry M = for medium processing Further technical information: · d: 6.7mm · Area of application: Medium processing · r: 0.5mm · d1: 2.88mm · s: 3,5mm · l: 11mm · Max. feed rate: 0.25 mm/rev in steel / 0.19 mm/rev in stainless steel / 0.25 mm/rev in cast / - mm/rev in NI metals / 0.15 mm/rev in superalloys / - mm/rev in hardened steels · Vc max.: 310 m/min in steel / 185 m/min in stainless / 290 m/min in cast / - m/min in NI metals / 90 m/min in superalloys / - m/min in hardened steels · Vc min.: 235 m/min in steel / 140 m/min in stainless / 220 m/min in cast / - m/min in NI metals / 45 m/min in superalloys / - m/min in hardened steels · Min. cutting depth: 1 mm in steel / 1 mm in stainless / 1 mm in cast / - mm in NI metals / 1 mm in superalloys / - mm in hardened steels · Max. cutting depth: 9 mm in steel / 6.8 mm in stainless / 9 mm in cast / - mm in NI metals / 5.4 mm in superalloys / - mm in hardened steels · Min. feed rate: 0.1 mm/rev in steel / 0.1 mm/rev in stainless steel / 0.1 mm/rev in cast / - mm/rev in NI metals / 0.1 mm/rev in superalloys / - mm/rev in hardened steels