Machine Tap FANAR M10 C2-511801-0100 for threading M10 threads

FANAR machine tap M10 (model C2-511801-0100) is designed to cut internal metric M10 threads in machine tapping operations. Intended for use in drilling machines, tapping heads and CNC equipment, this solid tap provides reliable thread forming and cutting for metalworking and assembly tasks. It is compatible with standard tapping holders and adapters commonly used in industrial and workshop environments.

Advantages

The FANAR M10 tap offers precise thread geometry for consistent M10 threads and is manufactured to conventional tolerances for machine tapping. Its design supports stable chip evacuation and repeatable thread quality when used with appropriate tapping speeds and lubrication. The tool is suitable for repetitive production runs and individual repair jobs where standard M10 internal threads are required.

Suitable for

• Cutting internal M10 metric threads in metal components
• Machine tapping operations on drilling machines and tapping heads
• CNC machining centers requiring standard M10 threads
• Workshop and industrial assembly where threaded holes for M10 bolts are needed

Key specifications

• Thread size: M10 (metric)
• Intended use: machine tapping for internal threads
• Compatibility: standard tapping holders and adapters
• Application materials: suitable for general metalworking (use material-appropriate speeds and lubrication)

How to use

Mount the FANAR M10 tap securely in an appropriate tapping holder or machine spindle. Align the tap perpendicular to the workpiece and engage at the correct feed rate for machine tapping. Use recommended cutting speeds, feeds and cutting fluid suitable for the workpiece material to achieve accurate thread form and to assist chip evacuation. Reverse the tap to break chips and remove it once the thread is completed. Follow the machine and holder manufacturer instructions for safe operation.

Usage recommendations

For best results, select cutting speed and lubrication according to the workpiece material, ensure correct alignment in the tapping holder, and monitor chip formation to prevent clogging. Use a tap designed for the material type if machining non-ferrous or hardened materials.