FANAR machine tap M12x1.25 D2-111101-0124

FANAR machine tap M12x1.25 D2-111101-0124 is a precision cutting tool designed to produce internal M12 threads with a 1.25 mm pitch. Intended for machine tapping operations, this tap is suitable for use in production workshops and maintenance settings where consistent, accurate internal threads are required in compatible metals and alloys. The tool is sized specifically for M12x1.25 applications and is manufactured to meet mechanical tapping requirements.

Advantages

The FANAR machine tap offers stable thread geometry and reliable cutting performance for repetitive machine tapping tasks. Its design supports accurate thread profiles and reduced risk of thread deformation when used with appropriate machines and settings. The tap is adapted for use in standard machine tapping setups, enabling consistent results in series production or repair operations.

Suitable for

• Production workshops performing machine tapping of M12x1.25 internal threads
• Maintenance and repair tasks requiring replacement or recreation of M12 threads
• Precision fastening applications in assemblies using M12x1.25 bolts
• Metalworking on compatible steels, alloys, and other machinable materials

Key specifications

• Thread size and pitch: M12 × 1.25
• Tool type: machine tap for internal threads
• Intended operation: machine tapping (powered tapping machines, CNC tapping heads)
• Application materials: compatible steels, alloys and other machinable metals
• Typical usage: production and maintenance environments requiring repeatable thread quality

How to use

Select the appropriate machine tapping setup or CNC program for M12x1.25 threads and secure the workpiece to prevent movement. Mount the FANAR machine tap in a collet or suitable tapping holder designed for the tap shank. Use correct spindle speed, feed and cutting fluid according to the workpiece material and machine manufacturer recommendations. Engage the tap with consistent axial alignment, apply even feed, and use pecking or thread-lift cycles where required by deep threads or chip control considerations. After tapping, inspect thread quality with gauges or mating fasteners and clean chips from the hole before assembly.

Usage recommendations

Use appropriate cutting fluid and maintain correct machine settings for the material being tapped. Monitor tap wear and replace the tap when thread quality degrades to prevent damaged threads. For stainless steels and other difficult-to-machine alloys, reduce speed, increase lubrication, and consider specialized taps or coatings if recommended.