Threading Tap FANAR M6 C2-125501-0060 — machine tap for M6 threads

Threading tap FANAR M6 C2-125501-0060 is a machine tap designed for cutting internal metric M6 threads. Intended for use in machining centres and tapping machines, it delivers consistent thread form and dimensional accuracy when working with metals and compatible materials. The tool is suitable for industrial and workshop environments where repeated, precise M6 threads are required.

Advantages

The FANAR M6 machine tap offers high dimensional stability and repeatability for series production. Its geometry and cutting edges are optimized for efficient chip evacuation and reduced cutting forces, which helps extend tool life and maintain thread quality. The tap is made to withstand the rigours of machine tapping operations and to provide reliable results under consistent process parameters.

Suitable for

• Creating internal metric M6 threads in steel and non-ferrous metals
• High-volume tapping in machining centres and automated tapping machines
• Workshop and industrial production runs requiring consistent thread quality
• Repair and maintenance tasks where new M6 threads must be produced

Key specifications

• Thread size: M6 internal metric thread
• Tool type: machine tap for mechanical tapping machines and machining centres
• Application: cutting internal threads in metal and compatible materials
• Design: geometry optimized for chip evacuation and reduced cutting forces

How to use

Select appropriate spindle speed and feed for the workpiece material and the machine tapholder. Secure the workpiece and ensure correct alignment between tap and hole. Use recommended lubricants or cutting fluids for the material being machined to improve chip flow and reduce wear. Engage the tap with steady feed; when using power tapping, ensure the machine cycle provides correct reverse or break-off motion if needed. After tapping, inspect threads for correct form and dimensions before assembly or further processing.

Usage recommendations

Use cutting fluid appropriate to the workpiece material and maintain proper machine alignment. For series production, monitor tool wear and replace the tap before thread quality degrades to avoid rework. When tapping blind holes, ensure sufficient chip clearance and use peck tapping cycles if available.