Machine Tap FANAR M14, model E1-131001-0140

FANAR machine tap M14 (model E1-131001-0140) is a precision-threading tool designed for producing internal M14 metric threads in machining environments. Engineered for use with machine tapping setups, the tool suits repetitive and accurate thread production in metalworking applications. The tap is intended for installation in compatible tapping spindles or holders and for use on materials typically processed in industrial workshops.

Advantages

The FANAR M14 machine tap provides consistent thread geometry and dimensional accuracy, reducing the need for rework. Built for machine tapping, it supports high repeatability and stable cutting performance during series production. The tool design facilitates efficient chip evacuation and reduces the risk of tap breakage when used with appropriate speeds, feeds, and lubrication.

Suitable for

• Producing internal M14 metric threads in ferrous and non-ferrous metal components
• High-volume or repetitive machine tapping operations
• Industrial workshops and mechanical parts production
• Use in tapping machines, CNC machines, and dedicated tapping heads

Key specifications

• Thread type: metric internal thread M14
• Tool application: machine tapping for production environments
• Intended materials: metals commonly machined in industrial settings
• Compatibility: designed for use with machine tap holders and tapping spindles

How to use

Install the tap securely in a compatible machine holder or tapping spindle, ensuring axial alignment with the hole to be threaded. Select appropriate spindle speed and feed rate for the workpiece material and use recommended cutting fluid or coolant to support chip evacuation and reduce wear. Advance the tap smoothly into the pre-drilled hole, apply steady feed, and reverse the tap to clear chips as required. Inspect produced threads for dimensional accuracy and surface condition, and replace the tap when wear affects thread quality.

Usage recommendations

For optimal results, use correct pre-drilled hole size for M14 internal threads, maintain proper speed and feed settings for the workpiece material, and apply suitable lubrication. Monitor tap wear and chip formation during production runs; replace the tap when thread quality declines to maintain consistent machining output.