Machine Tap FANAR M4 C2-511101-0040

Machine tap FANAR M4 C2-511101-0040 is a precision cutting tool designed to form internal M4 metric threads in metal workpieces. Produced by FANAR for use in machining centers and tapping machines, this tap is intended for repetitive industrial and repair operations where standardized M4 threads and consistent thread quality are required. The tool suits a range of materials commonly used in mechanical assembly and component manufacturing.

Advantages

This FANAR machine tap offers accurate thread geometry and consistent pitch conformity for reliable assembly and interchangeability. Its design supports use in automated and manual tapping equipment, delivering repeatable results across production batches. The tap's construction ensures durability under typical machining conditions and enables efficient chip evacuation to reduce risk of thread damage during tapping.

Suitable for

• Cutting M4 internal metric threads in steel and non-ferrous metals
• High-volume production runs in machining centers
• Repair and maintenance tasks requiring replacement M4 threaded holes
• Automated tapping applications and dedicated tapping machines

Key specifications

• Thread size: M4 (metric)
• Intended use: machine tapping (machining centers, tapping machines)
• Thread form: standard metric thread geometry
• Application range: metal components, suitable for steel and common non-ferrous alloys
• Design focus: precision thread cutting and effective chip evacuation

How to use

Install the tap in the machine spindle or tapping holder according to the equipment manufacturer's instructions, ensuring correct alignment and secure clamping. Set spindle speed and feed to match the material and recommended cutting parameters for M4 threads; use appropriate cutting fluid to improve tool life and chip control. Monitor tapping operation and retract the tap to clear chips as required. Inspect produced threads for correct pitch and fit with mating fasteners.

Usage recommendations

For best results, select cutting speeds and feeds recommended for the workpiece material, maintain proper coolant application, and ensure the tapping machine or holder provides axial guidance and torque control. Regularly inspect the tap for wear and replace when thread quality or dimensional accuracy degrades.