Milling Technology - End mill cutters
-
_Web_Typ_N.svg)
without chip breaker
_Web_Stirnkontur_Eckenradius.svg)
Corner radius for the stabilisation of the cutting edge
_Web_Vorschub_radial-diagonal.svg)
Recommended feed directions of the respective cutters
_Web_Rampenwinkel_3-5.svg)
Recommended ramping angle
- cutting material:
- carbide
- category:
- End Mill
- version:
- Corner Radius
- tool interface:
- straight shank with side-lock clamping flat
- tool interface norm:
- DIN 6535
- coating:
- TIALN
- internal coolant supply:
- ICA
- helix angle:
- 35-38 deg
-
without chip breaker
Corner radius for the stabilisation of the cutting edge
Recommended feed directions of the respective cutters
Recommended ramping angle
- cutting material:
- carbide
- category:
- End Mill
- version:
- Corner Radius
- tool interface:
- straight shank
- tool interface norm:
- DIN 6535
- coating:
- TIALN
- internal coolant supply:
- ICA
- helix angle:
- 35-38 deg
-
_Web_Typ_NF_fein.svg)
with flat, fine chip breaker
_Web_Stirnkontur_Kantenbruch.svg)
Corner protection chamfer (bevelled edge) for stabilisation of the edge
Recommended feed directions of the respective cutters
Recommended ramping angle
- cutting material:
- carbide
- category:
- End Mill
- version:
- Flat Face (Bevelled Edge)
- tool interface:
- straight shank
- tool interface norm:
- DIN 6535, null
- coating:
- TIN / TIALN
- internal coolant supply:
- ICA
- helix angle:
- 45 deg
-
with flat, fine chip breaker
Corner protection chamfer (bevelled edge) for stabilisation of the edge
Recommended feed directions of the respective cutters
Recommended ramping angle
- cutting material:
- carbide
- category:
- End Mill
- version:
- Flat Face (Bevelled Edge)
- tool interface:
- straight shank with side-lock clamping flat
- tool interface norm:
- DIN 6535, null
- coating:
- TIN / TIALN
- internal coolant supply:
- ICA
- helix angle:
- 45 deg
-
with flat, fine chip breaker
Corner radius for the stabilisation of the cutting edge
Recommended feed directions of the respective cutters
Recommended ramping angle
- cutting material:
- carbide
- category:
- End Mill
- version:
- Corner Radius
- tool interface:
- straight shank
- tool interface norm:
- DIN 6535
- coating:
- TIN / TIALN
- internal coolant supply:
- ICA
- helix angle:
- 45 deg
-
with flat, fine chip breaker
Corner radius for the stabilisation of the cutting edge
Recommended feed directions of the respective cutters
Recommended ramping angle
- cutting material:
- carbide
- category:
- End Mill
- version:
- Corner Radius
- tool interface:
- straight shank with side-lock clamping flat
- tool interface norm:
- DIN 6535
- coating:
- TIN / TIALN
- internal coolant supply:
- ICA
- helix angle:
- 45 deg
-
with flat, fine chip breaker
Corner radius for the stabilisation of the cutting edge
Recommended feed directions of the respective cutters
Recommended ramping angle
- cutting material:
- carbide
- category:
- End Mill
- version:
- Corner Radius
- tool interface:
- straight shank
- tool interface norm:
- DIN 6535
- coating:
- TIN / TIALN
- internal coolant supply:
- ICA
- helix angle:
- 45 deg
-
with flat, fine chip breaker
Corner radius for the stabilisation of the cutting edge
Recommended feed directions of the respective cutters
Recommended ramping angle
- cutting material:
- carbide
- category:
- End Mill
- version:
- Corner Radius
- tool interface:
- straight shank with side-lock clamping flat
- tool interface norm:
- DIN 6535
- coating:
- TIN / TIALN
- internal coolant supply:
- ICA
- helix angle:
- 45 deg
-
without chip breaker
Corner radius for the stabilisation of the cutting edge
_Web_Vorschub_radial.svg)
Recommended feed directions of the respective cutters
_Web_Schneidenlaenge_4xD.svg)
Possible axial depth
- cutting material:
- carbide
- category:
- End Mill
- version:
- Corner Radius
- tool interface:
- straight shank
- tool interface norm:
- DIN 6535
- coating:
- TIN / TIALN
- internal coolant supply:
- without internal cooling
- helix angle:
- 38-42 deg
-
without chip breaker
Corner radius for the stabilisation of the cutting edge
Recommended feed directions of the respective cutters
_Web_Schneidenlaenge_3xD.svg)
Possible axial depth
- cutting material:
- carbide
- category:
- End Mill
- version:
- Corner Radius
- tool interface:
- straight shank
- tool interface norm:
- DIN 6535
- coating:
- TIN / TIALN
- internal coolant supply:
- without internal cooling
- helix angle:
- 38-42 deg
Solid Carbide End Mill TOP-Cut “Enorm”
2699AZ
_2699AZ.jpg)
TOP-Cut carbide end mill with lateral driving flat and long design for roughing and finishing in almost all materials.
Solid Carbide End Mill TOP-Cut “Enorm”
2698AZ
_2698AZ.jpg)
TOP-Cut carbide end mill in long design for roughing and finishing in almost all materials.
Solid Carbide End Mill TiNox-Cut
2648TZ
_2648TZ.jpg)
TiNox-Cut carbide end mill in long design for roughing operations in materials that are difficult to machine.
Solid Carbide End Mill TiNox-Cut
2649TZ
_2649TZ.jpg)
TiNox-Cut carbide end mill with lateral driving flat and long design for roughing operations in materials that are difficult to machine.
Solid Carbide End Mill TiNox-Cut
2670TZ
_2670TZ.jpg)
TiNox-Cut carbide end mill in long design for roughing operations in materials that are difficult to machine.
Solid Carbide End Mill TiNox-Cut
2671TZ
_2671TZ.jpg)
TiNox-Cut carbide end mill with lateral driving flat and long design for roughing operations in materials that are difficult to machine.
Solid Carbide End Mill TiNox-Cut
2658TZ
_2658TZ.jpg)
TiNox-Cut carbide end mill in extra long design for roughing operations in materials that are difficult to machine.
Solid Carbide End Mill TiNox-Cut
2659TZ
_2659TZ.jpg)
TiNox-Cut carbide end mill with lateral driving flat and extra long design for roughing operations in materials that are difficult to machine.
Solid Carbide End Mill TiNox-Cut
2655T
_2655T.jpg)
TiNox-Cut carbide end mill in extra long design for finishing operations in materials that are difficult to machine.
Solid Carbide End Mill TiNox-Cut
2654T
_2654T.jpg)
TiNox-Cut carbide end mill in extra long design for finishing operations in materials that are difficult to machine.