FANAR carbide shank milling cutter Ø10.0 mm, 22/72 mm, 3 teeth, HA10 VHM BLUE CUT ALU

FANAR carbide shank milling cutter Ø10.0 mm, 22/72 mm, 3 teeth, HA10 VHM BLUE CUT ALU is a solid-carbide end mill designed for efficient machining of non-ferrous materials. The tool has a 10.0 mm cutting diameter and a total/usable length configuration of 22/72 mm, and it features three cutting edges with a specialized HA10 VHM BLUE CUT ALU coating tailored for aluminium and other soft metals. Constructed from solid carbide, the cutter is intended for high-speed milling applications where surface quality and dimensional accuracy are important.

Advantages

The three-flute geometry balances chip evacuation and cutting engagement to ensure smooth material removal in slotting and profiling operations. The HA10 VHM BLUE CUT ALU coating reduces built-up edge and improves glide on aluminium surfaces, which helps maintain consistent cutting forces and extends tool life under appropriate cutting conditions. Solid-carbide construction provides rigidity and accuracy during high-speed passes, and the 10.0 mm diameter offers a compromise between strength and accessibility in common machining setups.

Suitable for

• Slotting and pocket milling in aluminium and non-ferrous alloys
• Profiling and contouring of lightweight components
• Finishing passes to achieve good surface finish on soft metals
• High-speed machining in CNC milling operations

Key specifications

• Cutting diameter: 10.0 mm
• Number of flutes: 3
• Effective cutting length / overall length: 22 mm / 72 mm
• Material: solid carbide
• Coating: HA10 VHM BLUE CUT ALU (optimized for aluminium and non-ferrous metals)

How to use

Select cutting parameters suitable for aluminium and similar non-ferrous alloys, taking into account machine power, rigidity of the workpiece setup, and tool overhang. Use appropriate spindle speeds and feed rates for carbide tooling at high cutting speeds; reduce depth of cut for fine finishing passes. Ensure proper clamping of the shank in a compatible collet or tool holder and verify runout is within acceptable limits before machining. Use compressed air or light, aluminium-compatible coolant/lubrication to assist chip evacuation and prevent heat buildup when required.

Usage recommendations

For best results, start with manufacturer-recommended speeds and feeds for aluminium, monitor tool wear during heavy production, and adjust stepdown and feed per tooth to balance surface finish and tool life. Avoid excessive axial engagement and minimize overhang to reduce tool deflection when performing precise profiling operations.