HOLEX Pro UNI solid carbide milling cutter HPC, TiSiN, ⌀ e8 DC: 3mm
HOLEX Pro UNI solid carbide milling cutter HPC, TiSiN, ⌀ e8 DC: 3mm
Article No.: 203068 3
Regular price
Rs. 1,438.85
Regular price
Rs. 3,077.75
Sale price
Rs. 1,438.85
Unit price
per
- Tool material: solid carbide
- Standard: Manufacturer’s standard
- Type: N
- Tolerance nominal ⌀: e8
- No. of teeth Z: 4
Product details
Technical Data
| Series | Pro Uni | |
| Cutting edge ⌀ DC | 3 mm | |
| Coating | TiSiN | |
| Tool material | solid carbide | |
| Standard | Manufacturer’s standard | |
| Type | N | |
| Tolerance nominal ⌀ | e8 | |
| No. of teeth Z | 4 | |
| Helix angle | 42 degrees | |
| Helix angle characteristic | unequal spacing | |
| Spacing of the cutters | unequal spacing | |
| Direction of infeed | horizontal, oblique and vertical | |
| Cutting width ae for milling operation | Full slot cutting depth 1×D; 0.3×D for side milling | |
| Shank | DIN 6535 HB to h6 | |
| Through-coolant | no | |
| Machining strategy | MTC | |
| Flute length Lc | 8 mm | |
| Overhang length L1 incl. recess | 13 mm | |
| Recess ⌀ D1 | 2.8 mm | |
| Overall length L | 57 mm | |
| Shank ⌀ Ds | 6 mm | |
| Corner chamfer width at 45° | 0.06 mm | |
| Corner chamfer angle | 45 degrees | |
| Feed fz for slot milling in steel < 900 N/mm2 | 0.02 mm | |
| Feed fz for slot milling in stainless steel > 900 N/mm2 | 0.012 mm | |
| Feed fz for side milling in steel < 900 N/mm2 | 0.025 mm | |
| Feed fz for side milling in INOX > 900 N/mm2 | 0.015 mm | |
| Colour ring | green | |
| Type of product | End / face mill |
Identification & Classification
| Article number | 203068 3 | |
| EAN / GTIN | 4062406569082 | |
| Manufacturer number | 203068 3 | |
| Manufacturer | Hoffmann Supply Chain GmbH & Co. KG, Poststraße 15, 90471 Nürnberg, Germany, www.hoffmann-group.com |
Description
Version:
For roughing and finishing at very high feed rates with smooth cutting action. Newly developed geometry and high-performance coating for excellent production results with maximum tool life in various materials. High intrinsic stability and smooth cutting action due to unequal spacing.
