Machine Tap 10 mm FANAR C4-118M01-0100

Machine Tap 10 mm FANAR C4-118M01-0100 is a solid tap tool designed for cutting internal threads with a nominal diameter of 10 mm. Manufactured by FANAR for use in machining centres and tapping machines, this machine tap provides consistent thread geometry and repeatable performance in metalworking operations where accurate internal threads are required.

Advantages

This machine tap offers precise thread formation and dimensional stability under typical machining conditions. It is engineered to work reliably across production runs, reducing variability between parts. The tap's geometry and manufacturing quality contribute to smooth chip evacuation and reduced torque during cutting, helping to extend tool life and maintain thread quality.

Suitable for

• Tapping internal metric threads with 10 mm nominal diameter
• Use in machining centres and automated tapping machines
• General metalworking applications including steel and common engineering alloys
• Production environments requiring repeatable thread accuracy

Key specifications

• Nominal thread diameter: 10 mm
• Tool type: machine tap for internal thread cutting
• Application: designed for use in machining centres and tapping machines
• Material compatibility: suitable for metalworking and standard engineering alloys
• Intended use: production and repeatable tapping operations

How to use

Install the machine tap securely in the machine spindle or tap holder according to the machine manufacturer's instructions. Set appropriate spindle speed and feed based on the workpiece material and tap manufacturer recommendations. Use correct coolant or cutting fluid to improve chip evacuation and reduce heat. For blind holes, retract the tap periodically to break and clear chips; for through holes, ensure continuous chip removal. Monitor torque and thread quality and replace the tap when wear affects the thread form.

Usage recommendations

Use toolholders and clamping systems that minimise runout, select cutting speeds and feeds matched to the workpiece material, and maintain consistent coolant flow to achieve best thread quality and tool life.