FANAR machine tap M12 model D2-511101-0120

FANAR machine tap M12 model D2-511101-0120 is a precision tool designed for cutting internal metric threads sized M12. Manufactured by FANAR for machine tapping operations, this tap is intended for use in machining centers and tapping machines where consistent thread geometry and repeatability are required. It is suitable for producing M12 internal threads in compatible materials using the appropriate machine settings and lubrication.

Advantages

This machine tap provides accurate M12 thread profiles with consistent pitch and diameter control. Its design supports use in automated or semi-automated tapping equipment, reducing manual effort while maintaining dimensional conformity. The tool is engineered for durability under normal production conditions and allows straightforward replacement in standard tool holders.

Suitable for

• Production tapping of M12 internal threads in metal components
• Workshop and repair operations requiring standardized M12 threads
• Use in machining centers and dedicated tapping machines
• Batch production where repeatability and dimensional accuracy are needed

Key specifications

• Thread size: M12 metric
• Intended application: machine tapping (automated and manual tapping machines)
• Compatibility: suitable for machining centers and tapping equipment
• Usage environment: production and workshop settings

How to use

Secure the workpiece and select the correct pilot hole diameter for M12 threads according to material and thread standard. Mount the tap in the machine tool holder designed for tapping, ensuring proper alignment and secure clamping. Use recommended spindle speeds, feed rates, and appropriate cutting fluid for the workpiece material. Perform tapping cycles with correct synchronization of spindle rotation and feed to avoid breakage and ensure thread quality. Inspect threads after cutting and deburr as necessary.

Usage recommendations

For best results, match cutting speed and lubricant to the workpiece material, verify pilot hole size before tapping, and use chance-of-failure minimization practices such as peck tapping or torque control on automated machines.