Machine Tap FANAR M14 D2-121101-0140

Machine tap FANAR M14 D2-121101-0140 is a precision cutting tool designed to produce internal metric threads of size M14 in machine-tapping operations. Manufactured by FANAR, this tap conforms to standard M14 thread geometry and is intended for use in production, repair, and workshop environments where machine-driven tapping is required. It is suitable for use with compatible tapping holders and machines, and should be applied to materials and alloys recommended for the selected tap geometry and coating.

Advantages

The FANAR M14 tap provides consistent thread form and dimensional accuracy when used at recommended speeds and feeds. Its machine-grade design ensures stable engagement in powered tapping equipment and repeatable results in series production or single-part machining. The product is compatible with common tapping fixtures and standard tapping holders, allowing straightforward integration into existing machining setups. Using the appropriate lubrication and cutting parameters reduces wear and extends tool life.

Suitable for

• Producing internal M14 metric threads in machine tapping processes
• Series production and batch machining in workshops and manufacturing plants
• Repair, maintenance, and refurbishment tasks that require M14 threads
• Use in metalworking on compatible steels and non-ferrous alloys when appropriate cutting data is applied

Key specifications

• Thread size: M14 (internal metric thread)
• Tool type: machine tap for powered tapping operations
• Intended use: cutting internal threads in metals and alloys compatible with tap geometry
• Compatibility: designed for standard M14 thread form and common tapping holders/machines

How to use

Mount the FANAR M14 tap securely in a compatible machine tapping holder or chuck, ensuring correct axial alignment. Select cutting speed and feed corresponding to the workpiece material and the tap's flute geometry; consult machine and tap manufacturer's recommendations when available. Use appropriate cutting fluid or lubricant to reduce friction and clear chips, and apply steady, controlled feed for machine tapping cycles. Periodically inspect the tap for wear or damage and replace when thread quality deteriorates.

Usage recommendations

For reliable results, set speeds and feeds based on the workpiece material: lower speeds for hard steels, higher speeds for softer alloys. Use through-tool or external lubrication for improved chip evacuation and tool life. Avoid excessive axial runout and misalignment to prevent premature wear or tap breakage.