# | Attribute | Value |
---|---|---|
1. | Type | W |
2. | Standard | Manufacturer’s standard |
3. | Tool material | Solid carbide |
4. | Type of product | End / face mill |
5. | Cutting width ae for milling operation | 0.3×D for side milling |
6. | Shank tolerance | h6 |
7. | Spacing of the cutters | unequal spacing |
8. | Through-coolant | no |
9. | Helix angle characteristic | unequal spacing |
10. | Colour ring | yellow |
11. | Machining strategy | HPC |
12. | Series | Master Alu |
13. | Coating | DLC |
14. | Overall length L | 100 mm |
15. | Overhang length L1 incl. recess | 58 mm |
16. | Correction factor fz | 3 |
17. | Helix angle | 42 Grad |
18. | maximum cutting depth ap max when slot milling from solid | 10 mm |
19. | No. of teeth Z | 3 |
20. | Shank ⌀ Ds | 10 mm |
21. | Feed fz for slot milling in short-chipping aluminium | 0.05 mm |
22. | Shank | DIN 6535 HA to h6 |
23. | Feed fz for side milling in short-chipping aluminium | 0.07 mm |
24. | Recess ⌀ D1 | 9.2 mm |
25. | maximum cutting depth ap max when side milling | 16 mm |
26. | Balance quality with shank | G 2.5 with HA |
27. | Cutting edge ⌀ DC | 10 mm |
28. | Tolerance nominal ⌀ | e8 |
29. | Flute length Lc | 16 mm |
30. | Direction of infeed | horizontal, oblique and vertical |
31. | Corner rounding rv | 0.2 mm |
32. | Profile | W |
33. | Shank type | DIN 6535 HA to h6 |
34. | Norm | Manufacturer’s standard |
35. | Through-coolant | no |
36. | Machining strategy | HPC |
37. | Coating | DLC |
38. | Shank size | 10 |
39. | Series | Master Alu |
40. | Tool material | Solid carbide |
41. | Cutting depth ap min | 0.2 mm |
Advantage :
Optimised flute form, eccentric relief ground, generous chip spaces.
Version :
For roughing and finishing. Up to 2×D into solid material at very high feed rates and smooth cutting action. Very high feed rates when plunging vertically. Ramping capability up to 45°. Very long overhang for safe machining of deep cavities. With the latest generation of DLC coating sp2.
Note :
A minimum oversize of 0.1×D must be maintained for subsequent finishing operations.