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Solid carbide barrel milling cutter, tangential form PPC 6/45 mm
Article no.: 207523 6/45
Article code:
- Tool material: Solid carbide
- Standard: Manufacturer’s standard
- Type: N
- Tolerance nominal ⌀: f8
- No. of teeth Z: 4
Product details
Technical Data
| Cutting edge ⌀ DC | 6 mm | |
| Coating | TiAlN | |
| Tool material | Solid carbide | |
| Standard | Manufacturer’s standard | |
| Type | N | |
| Tolerance nominal ⌀ | f8 | |
| No. of teeth Z | 4 | |
| Helix angle | 30 degrees | |
| Direction of infeed | horizontal | |
| Cutting width ae for milling operation | 0.05×D for side milling; 0.05×D for copy milling | |
| Shank | DIN 6535 HA to h6 | |
| Through-coolant | no | |
| Machining strategy | PPC | |
| Flute length Lc | 14 mm | |
| Effective radius R2 | 45 mm | |
| Corner radius R1 | 1 mm | |
| Overall length L | 60 mm | |
| Shank ⌀ Ds | 6 mm | |
| Feed fz for side milling in steel < 60 HRC | 0.02 mm | |
| Feed fz for copy milling in steel < 60 HRC | 0.025 mm | |
| Colour ring | yellow | |
| Type of product | Ball-nosed slot drill |
Identification numbers & Classifications
| Article number | 207523 6/45 | |
| EAN / GTIN | 4062406286668 | |
| Manufacturer number | 207523 6/45 |
Application Table
P
200
H
170
H
150
H
110
Description
Version:
Innovative coating concept for machining hardened materials.
High-performance tool for exceptionally efficient finish machining of free-form surfaces. For outstanding surface qualities in a very short machining time. For use on modern 5-axis milling machines with CAD / CAM support.
The end face geometry is designed so that the chips, especially those formed by the end radius, are of optimum shape and have optimum evacuation characteristics. For this purpose the number of cutting edges is reduced to the number of effective end face cutting edges.
High-performance tool for exceptionally efficient finish machining of free-form surfaces. For outstanding surface qualities in a very short machining time. For use on modern 5-axis milling machines with CAD / CAM support.
The end face geometry is designed so that the chips, especially those formed by the end radius, are of optimum shape and have optimum evacuation characteristics. For this purpose the number of cutting edges is reduced to the number of effective end face cutting edges.
Recommendation:
We recommend 0.05 to 0.2mm as an allowance for finishing operations.