FANAR carbide shank milling cutter, diameter 3.0 mm, length 16/57 mm, 1 flute, HA6 coating

FANAR carbide shank milling cutter with a 3.0 mm cutting diameter and an overall/functional length of 16/57 mm is intended for precision machining and finishing operations. The single-flute (Z1) geometry provides a clear cutting edge and efficient chip evacuation, while the HA6 surface coating improves wear resistance and extends tool life in demanding applications. This solid carbide tool is suitable for use in CNC machines and manual milling setups when fine-detail cuts and accurate profiles are required.

Advantages

The single-flute design reduces cutting forces and promotes effective chip removal, which is beneficial when machining non-ferrous metals and certain steels. The solid carbide construction delivers high rigidity and repeatable cutting performance for small-diameter operations. HA6 coating enhances surface hardness and abrasion resistance, helping maintain edge integrity over longer runs and reducing downtime for frequent tool changes.

Suitable for

• Precision slotting and profiling in small components
• Finishing passes on metal and alloy parts
• CNC micro-milling and manual fine-detail milling
• High-speed machining where heat and wear resistance are required

Key specifications

• Cutting diameter: 3.0 mm
• Overall length / functional length: 57 mm / 16 mm
• Flute count: 1 (single-flute geometry)
• Material: solid carbide
• Surface treatment: HA6 coating for increased wear resistance

How to use

Secure the milling cutter in a suitable collet or tool holder designed for small-diameter carbide tools, ensuring concentric clamping and minimal runout. Select cutting parameters appropriate for the workpiece material—moderate cutting speeds and feed rates are typically recommended for single-flute micro-milling to balance tool life and surface finish. Use proper coolant or air blast where applicable to assist chip evacuation and control temperatures. Inspect the cutting edge periodically and replace the cutter when wear affects dimensional accuracy or finish quality.

Usage recommendations

For optimal results, start with conservative speed and feed values and increase gradually while monitoring tool wear and surface finish. Use rigid fixturing and minimize tool overhang to reduce chatter. When machining harder alloys, consider reducing depth of cut and employing climb milling where compatible with the setup to prolong tool life.