Milling Technology - End mill cutters
-
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without chip breaker
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Recommended feed directions of the respective cutters
- cutting material:
- carbide
- category:
- Circle Segment End Mill
- version:
- Taper form
- tool interface:
- straight shank
- tool interface norm:
- DIN 6535
- coating:
- ALCR
- internal coolant supply:
- without internal cooling
- form tolerance:
- ±0,01 mm
- helix angle:
- 20-30 deg
-
without chip breaker
Recommended feed directions of the respective cutters
- cutting material:
- carbide
- category:
- Circle Segment End Mill
- version:
- Taper form
- tool interface:
- straight shank
- tool interface norm:
- DIN 6535
- coating:
- ALCR
- internal coolant supply:
- without internal cooling
- form tolerance:
- ±0,01 mm
- helix angle:
- 20-30 deg
-
without chip breaker
Recommended feed directions of the respective cutters
- cutting material:
- carbide
- category:
- Circle Segment End Mill
- version:
- Oval Form
- tool interface:
- straight shank
- tool interface norm:
- DIN 6535
- coating:
- ALCR
- internal coolant supply:
- without internal cooling
- form tolerance:
- ±0,01 mm
- helix angle:
- 30 deg
-
without chip breaker
Recommended feed directions of the respective cutters
- cutting material:
- carbide
- category:
- Circle Segment End Mill
- version:
- Oval Form
- tool interface:
- straight shank
- tool interface norm:
- DIN 6535
- coating:
- ALCR
- internal coolant supply:
- without internal cooling
- form tolerance:
- ±0,01 mm
- helix angle:
- 30 deg
-
_Web_Typ_NR_fein.svg)
with round, fine chip breaker
_Web_Vorschub_radial-diagonal.svg)
Recommended feed directions of the respective cutters
- cutting material:
- carbide
- category:
- Circle Segment End Mill
- version:
- Oval Form
- tool interface:
- straight shank
- tool interface norm:
- DIN 6535
- coating:
- ALCR
- internal coolant supply:
- ICR
- helix angle:
- 30 deg
-
without chip breaker
Recommended feed directions of the respective cutters
- cutting material:
- carbide
- category:
- Circle Segment End Mill
- version:
- Oval Form
- tool interface:
- straight shank
- tool interface norm:
- DIN 6535
- coating:
- ALCR
- internal coolant supply:
- ICR
- form tolerance:
- ±0,01 mm
- helix angle:
- 30 deg
-
without chip breaker
Recommended feed directions of the respective cutters
- cutting material:
- carbide
- category:
- Circle Segment End Mill
- version:
- Barrel-shape
- tool interface:
- straight shank
- tool interface norm:
- DIN 6535
- coating:
- ALCR
- internal coolant supply:
- without internal cooling
- form tolerance:
- ±0,01 mm
- helix angle:
- 30 deg
-
without chip breaker
Recommended feed directions of the respective cutters
- cutting material:
- carbide
- category:
- Circle Segment End Mill
- version:
- Lens-shape
- tool interface:
- straight shank
- tool interface norm:
- DIN 6535
- coating:
- ALCR
- internal coolant supply:
- without internal cooling
- form tolerance:
- ±0,01 mm
- helix angle:
- 30 deg
_3540L_kleiner_45°.jpg)
Expert carbide circle segment end mill in taper form for finishing applications in many materials, including high-strength materials.
_3541L_kleiner_45°.jpg)
Expert carbide circle segment end mill in taper form for finishing applications in many materials, hard machining up to 60 HRC possible.
_3538L.jpg)
Expert carbide circle segment end mill in oval form for finishing applications in many materials, including high-strength materials.
_3539L.jpg)
Expert carbide circle segment end mill in oval form for finishing applications in many materials, hard machining up to 60 HRC possible.
_3552LZ.jpg)
Expert carbide circle segment end mill in oval form for roughing applications in high-strength materials.
_3554LZ.jpg)
Expert carbide circle segment end mill in oval form for finishing applications in many materials, including high-strength materials.
_3542L.jpg)
Expert carbide circle segment end mill in barrel shape for finishing applications in many materials, including high-strength materials.
_3544L.jpg)
Expert carbide circle segment end mill in lens shape for finishing applications in many materials, including high-strength materials.