FANAR solid carbide end mill, diameter 12.0 mm, 26 mm flute length, 83 mm overall, 4 flutes, HB12 VHM Blue Cut

FANAR solid carbide end mill with a 12.0 mm diameter, 26 mm flute length and 83 mm overall length. The tool features four flutes and a Blue Cut surface treatment intended for improved wear resistance and chip evacuation during metal cutting. It is designed for slotting, profiling and finishing operations where a rigid carbide geometry and a fine surface coating support precise dimensional control and consistent tool life.

Advantages

The four-flute geometry provides a balance between material removal rate and surface finish, while the solid carbide construction ensures high stiffness and thermal stability for demanding machining. The Blue Cut coating reduces friction and wear, helps prevent built-up edge and assists chip flow in a variety of metallic materials. The flute length and overall dimensions offer access to medium-depth features with stable cutting conditions.

Suitable for

• General metal milling including steels and non-ferrous alloys
• Slotting and pocketing operations requiring moderate depth of cut
• Profiling and finishing where surface quality and dimensional accuracy are important
• Applications demanding good tool life and consistent chip evacuation

Key specifications

• Cutting diameter: 12.0 mm
• Flute (cutting) length: 26 mm
• Overall length: 83 mm
• Number of flutes: 4
• Material: solid carbide
• Coating: Blue Cut surface treatment for reduced friction and improved wear resistance

How to use

Select appropriate spindle speed and feed rate based on the workpiece material, cutter diameter and machine rigidity. Use coolant or appropriate cutting fluid for improved chip evacuation and temperature control when machining steels and other heat-sensitive alloys. Ensure the tool is clamped securely with correct runout tolerances; perform trial cuts to verify optimal cutting parameters before full production. Gradually increase depth of cut and feed to assess tool performance and surface finish.

Usage recommendations

For best results, start with conservative speed and feed settings for the specific material and increase incrementally while monitoring tool wear and part quality. Use stable fixturing and minimal tool overhang to maximize stiffness and reduce vibration. When machining harder steels, employ sufficient coolant and consider lowering cutting speed to extend tool life.