Solid Carbide End Mill FANAR FREZ TRZPIENIOWY FI 2.0 R1.0 5/38 Z2 HA3 VHM BLUE CUT

FANAR solid carbide shank end mill with 2.0 mm diameter and 1.0 mm corner radius is designed for precision finishing and fine profiling in CNC machining and toolmaking. Built from VHM (solid carbide) and finished with a BLUE CUT coating, this two-flute (Z2) end mill provides consistent edge stability and wear resistance for small-diameter milling tasks in metals and alloys. The 5/38 flute length specification offers a balance between engagement length and rigidity for accurate contouring and chamfering operations.

Advantages

The solid carbide construction ensures high stiffness and thermal stability during high-speed milling, while the BLUE CUT coating reduces friction and improves tool life on a variety of materials. A 1.0 mm corner radius helps reduce chipping at the tip and produces smoother surface finishes compared with sharp-corner tools. The two cutting edges deliver efficient chip evacuation and lower cutting forces for small-diameter finishing passes.

Suitable for

• Precision finishing of steel and non-ferrous alloys
• Fine profiling and small-radius contouring
• CNC toolmaking and mold repair where tight tolerances are required
• High-speed machining of thin walls and small features

Key specifications

• Cutting diameter: 2.0 mm
• Corner radius: 1.0 mm
• Number of flutes: 2 (Z2)
• Material: solid carbide (VHM)
• Coating: BLUE CUT
• Flute length specification: 5/38
• Shank type: straight shank for collet holders

How to use

Mount the end mill in an appropriate collet or chuck with correct clamping length to ensure rigidity. Select cutting parameters suitable for solid carbide tools: moderate to high spindle speed with controlled feed to maintain chip thickness and avoid overload. Use coolant or compressed air as recommended for the machined material to evacuate chips and control temperature. For finishing passes, reduce radial depth of cut and keep axial engagement shallow to achieve the desired surface quality and dimensional accuracy.

Usage recommendations

For best results, adapt spindle speed and feed to the workpiece material: higher speeds with lower feed per tooth for hardened steels and moderate speeds for non-ferrous alloys. Ensure secure clamping and minimize overhang to preserve tool life. Inspect edges regularly and replace the tool when progressive wear affects surface finish or dimensional tolerances.