
| Use: | Geometry: |
| – For universal use in different materials | – Unequal cutting edge end helix slitting for vibration |
| (steel preferred) | reduced machining |
| – 2, 3, 4 and 5 cutting edges with different lengths | |
| Substrate: | of cut based on application requirements |
| – Submicron carbide grade with excellent impact | – Cutting edge design (sharp, chamfer or radius) for |
| strength and high T.R.S. | maximum flexibility |
| Tool Shank: | – HAIMER cord cutting edge design for cutting force |
| reduction | |
| – h5 shank tolerance | |
| – Neck for higher cutting depth | |
| – Safe-LockTM shank for pull out protection and | |
| productivity improvement | – Power Mill end mills are fine balanced |
| – Highest run-out accuracy (max. 5 µm, market com- | |
| Coatings: | parison: 15 µm) |
| – Latest PVD coating for maximum wear protection, | – Accurate overall length tolerance (+/- 0,05 mm), |
| AlTiN-based HAIMER high-performance coating | thus tool measurement is not always necessary |
| – Pre and post treatment of tool surfaces for opti- | – Diameter tolerance h9 |
mized chip removal Quality: – Consistent high and approved quality by 100% optical and dimensional inspection
– Special drop-protected packaging
Maximum metal removal rate and accuracy at the work piece only with a combination of HAIMER tool holding technology and HAIMER Power Mill!