FANAR milling cutter solid carbide shank Ø5.0 mm, 16/50 Z2 HA6 VHM for X-MILL 230

FANAR solid carbide shank milling cutter with a 5.0 mm diameter, designation 16/50 Z2 HA6 VHM, is built for use with X-MILL 230 systems. The tool features two cutting edges and a wear-resistant hard-metal (VHM) body, offering stable performance for precision milling of small features, finishing passes and narrow slotting operations in various metals. Its compact Ø5 mm shank and optimized geometry are intended to provide good surface quality and dimensional accuracy in confined machining areas.

Advantages

This milling cutter combines a solid carbide construction and a two-flute design to deliver rigidity and improved chip evacuation for small-diameter machining. The VHM material increases tool life under typical finishing and light roughing conditions, while the HA6 geometry promotes controlled cutting forces and consistent surface finish. The tool's compatibility with X-MILL 230 systems ensures straightforward mounting and repeatable positioning.

Suitable for

• Precision finishing of small features and contours in metal components
• Narrow slotting and plunge milling where Ø5.0 mm tools are required
• Operations on workpieces made of steel, stainless steel and non-ferrous metals (depending on cutting data)
• Secondary machining and repair work with limited access or small pockets

Key specifications

• Cutting diameter: 5.0 mm
• Number of cutting edges: 2 (Z2)
• Material: solid carbide (VHM / hard metal)
• Geometry: HA6 flute/profile optimized for finishing
• Shank type: solid cylindrical shank suitable for X-MILL 230 holders
• Intended use: finishing, slotting and small-feature milling

How to use

Select appropriate spindle speed, feed per tooth and depth of cut according to the workpiece material and machine rigidity. Mount the cutter firmly in the X-MILL 230-compatible holder, check runout and clamping torque, then perform initial test passes at conservative cutting parameters to confirm chip formation and surface quality. For slotting, ensure adequate coolant or air blast to evacuate chips and reduce heat. Reduce cutting parameters when machining hardened alloys or thin-walled parts to prevent chatter and tool breakage.

Usage recommendations

Use manufacturer-recommended cutting data and adjust feeds and speeds based on tool wear and surface finish requirements. Keep the tool clean and inspect for wear or chipping before each use. For extended tool life, use suitable coolant or minimum quantity lubrication and avoid excessive axial engagement in a single pass.