FANAR machine tap M10 E1-131001-0100 for threading M10

FANAR machine tap M10 (E1-131001-0100) is a cutting tool designed for producing internal metric threads M10 in a range of metal materials. Intended for use in powered tapping machines or machine spindles, this machine tap provides consistent thread form and dimensional accuracy for industrial and workshop applications requiring repeatable M10 threading operations.

Advantages

The FANAR machine tap M10 offers stable cutting performance and accurate thread profile suited to machine tapping processes. Its design supports efficient chip evacuation and long tool life under appropriate cutting conditions. The tap enables consistent thread pitch and diameter, reducing the need for rework and ensuring interchangeability of threaded parts.

Suitable for

• Producing internal M10 metric threads in metal components
• Automated tapping stations and CNC machine spindles
• Batch production and repetitive workshop operations
• Repair and maintenance tasks requiring precise M10 threads

Key specifications

• Thread size: M10 metric
• Intended application: machine tapping (powered taps and spindles)
• Cutting function: internal thread forming/cutting for M10
• Recommended use: industrial and workshop metalworking

How to use

Install the machine tap in a compatible tapping holder or spindle according to the machine manufacturer's instructions. Align the workpiece securely and select appropriate spindle speed and feed consistent with the material being tapped. Apply suitable cutting fluid if recommended for the material to improve surface finish and extend tool life. Operate the tapping cycle using the machine's tapping program or power tapping feed, ensuring correct entry and retraction motions to avoid tap breakage. Inspect the produced threads for dimensional accuracy and surface quality after completion.

Usage recommendations

Use correct spindle speed and feed for the workpiece material, maintain proper clamping, and use cutting fluid when required. Replace the tap when signs of wear or damage appear to maintain thread quality and prevent tool failure.