Alu Power HPC Milling Cutters
The ULTIMATE tool for high metal removal of aluminium & aluminium alloys. Speed, strength & sharpness, the Alu-Power HPC keeps it's edge under tough conditions.
1st choice for ultra high performance milling of aluminium, non-ferrous & plastics
- Keep your edge under tough conditions: SPEED, STRENGTH & SHARPNESS
- Extreme metal removal rates
- Polished flutes provide excellent chip flow
- Highly effective in vertical ramping up to 20 degrees and step over plunging applications
- Available with lapped finish or DLC (diamond like carbon) coating for aerospace aluminium alloys
- 3 Flute Alu-Power HPC DLC Coated Carbide Slot Drill - JAH22 (YG-1)The JAH22 series is available in a choice of flute lengths. The polished DLC (diamond like carbon) coating protects against tool wear in hardwearing aluminium alloys or abrasive plastics. While other ... read more >Micrograin carbide substrate
Deep flute pockets
Extreme metal removal rates
Polished flutes for excellent chip flow
Effective ... read more >- N
- 3 Flute Alu-Power HPC Lapped Carbide Reduced Neck Slot Drill - E5H23 (YG-1)The E5H23 series features a reduced neck diameter to prevent interference with the workpiece. The LAPPED flutes are ideal for soft/sticky materials with low wear resistance. While other 3-flute end mi ... read more >Micrograin carbide substrate
Deep flute pockets
Extreme metal removal rates
Polished flutes for excellent chip flow
Effective ... read more >- N
- 3 Flute Alu-Power HPC Lapped Carbide Corner Radius Slot Drill - E5H24 (YG-1)The E5H24 series features a corner radius and a choice of flute lengths. The LAPPED flutes are ideal for soft/sticky materials with low wear resistance. While other 3-flute end mills can muster up the ... read more >Micrograin carbide substrate
Deep flute pockets
Extreme metal removal rates
Polished flutes for excellent chip flow
Effective ... read more >- N
- 3 Flute Alu-Power HPC DLC Coated Carbide Reduced Neck Slot Drill - JAH23 (YG-1)The JAH23 series features a reduced neck diameter to prevent interference with the workpiece. The polished DLC (diamond like carbon) coating protects against tool wear in hardwearing aluminium alloys ... read more >Micrograin carbide substrate
Deep flute pockets
Extreme metal removal rates
Polished flutes for excellent chip flow
Effective ... read more >- N
- 3 Flute Alu-Power HPC DLC Coated Carbide Corner Radius Slot Drill - JAH24 (YG-1)The JAH24 series features a corner radius and a choice of flute lengths. The polished DLC (diamond like carbon) coating protects against tool wear in hardwearing aluminium alloys or abrasive plastics. ... read more >Micrograin carbide substrate
Deep flute pockets
Extreme metal removal rates
Polished flutes for excellent chip flow
Effective ... read more >- N
- 3 Flute Alu-Power HPC Lapped Carbide Corner Radius Reduced Neck Slot Drill - E5H25 (YG-1)The E5H25 series features a corner radius and reduced neck diameter to prevent interference with the workpiece. The LAPPED flutes are ideal for soft/sticky materials with low wear resistance. While ot ... read more >Micrograin carbide substrate
Deep flute pockets
Extreme metal removal rates
Polished flutes for excellent chip flow
Effective ... read more >- N
- 3 Flute Alu-Power HPC DLC Coated Carbide Corner Radius Reduced Neck Slot Drill - JAH25 (YG-1)The JAH25 series features a corner radius and reduced neck diameter to prevent interference with the workpiece. The polished DLC (diamond like carbon) coating protects against tool wear in hardwearing ... read more >Micrograin carbide substrate
Deep flute pockets
Extreme metal removal rates
Polished flutes for excellent chip flow
Effective ... read more >- N
- 3 Flute Alu-Power HPC Lapped Carbide Slot Drill – E5H22 (YG-1)The E5H22 series is available in a choice of flute lengths. The LAPPED flutes are ideal for soft/sticky materials with low wear resistance. While other 3-flute end mills can muster up the speed for ro ... read more >Micrograin carbide substrate
Deep flute pockets
Extreme metal removal rates
Polished flutes for excellent chip flow
Effective ... read more >- N