Machine Tap FANAR M6 (MPN D2-111101-0060)

Machine tap FANAR M6 is a precision cutting tool designed to create internal metric M6 threads. Suitable for use in machining centers and tapping machines, this tap is intended for producing reliable threaded holes in compatible metal components and assemblies. It is engineered to match standard M6 thread dimensions and to operate within the parameters of industrial tapping equipment.

Advantages

The FANAR M6 machine tap provides accurate thread form and consistent pitch control, reducing the need for rework. Its geometry is optimized for machining metal materials common in industrial applications, enabling smooth chip evacuation and reducing tool clogging. The tool's design supports stable tapping cycles in machine setups, helping maintain repeatable thread quality across multiple parts.

Suitable for

• Cutting internal M6 threads in metal components
• Production environments using machining centers or tapping machines
• Maintenance and repair tasks requiring replacement or addition of M6 threaded holes
• Assembly operations where standard M6 fasteners are used

Key specifications

• Thread size: M6 (metric)
• Intended use: machine tapping in industrial equipment
• Thread form: standard metric thread geometry suitable for M6
• Material compatibility: designed for common metals used in machining (steel, stainless steel, aluminum) when used with appropriate cutting parameters
• Application: internal thread cutting for fastening and assembly

How to use

Install the FANAR M6 tap in a compatible tapping holder or machine spindle, ensuring proper alignment and clamping. Select feed rate and spindle speed according to material type and the machine tap manufacturer's recommendations. Use appropriate cutting fluid to improve lubrication and chip removal when machining metals. Monitor tapping cycles and inspect the produced threads for correct form and fit with M6 fasteners; re-tap or adjust parameters if thread quality deviates from required tolerances.

Usage recommendations

For best results, match cutting speed and feed to the workpiece material, maintain coolant flow to the cutting zone, and verify machine rigidity and alignment. Regularly inspect the tap for wear and replace when signs of dulling or damage appear to preserve thread quality and avoid damaged workpieces.