Machine Tap FANAR M10 D2-111101-0100 for thread cutting (M10)

Machine tap FANAR M10 D2-111101-0100 is designed for cutting standard M10 metric internal threads in a variety of metallic materials. Intended for use in machine tapping operations, this tap provides precise thread geometry when used with appropriate tapping machines, holders, or tapping heads. It is suitable for production and maintenance environments where consistent M10 threads are required.

Advantages

The FANAR M10 machine tap offers accurate thread cutting with stable concentricity and consistent pitch, helping to reduce rework and fitment issues. Its design supports reliable chip evacuation when used with suitable cutting parameters, contributing to longer tool life and consistent thread quality across batches. The tool is compatible with standard machine tapping setups, making it straightforward to integrate into existing workflows.

Suitable for

• Production line tapping of M10 internal threads in steel, stainless steel, and non-ferrous metals
• Maintenance and repair operations requiring replacement or rethreading of M10 holes
• Automotive, machinery assembly, and metal fabrication workshops

Key specifications

• Thread size: M10 (metric)
• Application: machine tapping for internal threads
• Intended materials: common machinable metals (steel, stainless steel, non-ferrous alloys)
• Tool type: machine tap for production use

How to use

Mount the tap securely in a compatible tapping holder or machine spindle, ensuring correct alignment and concentricity with the workpiece. Use appropriate cutting speed, feed, and coolant or cutting fluid recommended for the workpiece material. Start the tapping cycle with light engagement to verify alignment, then proceed with steady feed until the full thread depth is achieved. Reverse the spindle to remove the tap, clearing chips as necessary between passes. Inspect the threaded hole for correct thread form and fit with the mating bolt or gauge.

Usage recommendations

For best results, select cutting speeds and feeds according to the workpiece material and machine rigidity, use suitable cutting fluid for chip evacuation and cooling, and inspect tool condition regularly. Replace the tap when wear or damage affects thread quality to maintain consistent production standards.