Threading Tap FANAR M5 machine tap C2-511801-0050 for M5 threads

Threading Tap FANAR M5 machine tap C2-511801-0050 for M5 threads is a precision cutting tool intended for producing internal metric threads M5. Designed for use on automated tapping machines and CNC equipment, this machine tap delivers consistent thread geometry when used with compatible holders and appropriate machining parameters. The tool is suitable for standard production and repair applications that require reliable M5 internal threads in a variety of materials.

Advantages

The FANAR M5 machine tap offers accurate thread form and repeatable performance under machine tapping conditions. Its geometry and manufacturing tolerances provide predictable chip formation and help reduce the need for secondary finishing. The tap is produced to meet industrial standards for thread accuracy and can be integrated into automated processes for higher throughput and uniform thread quality.

Suitable for

• Producing internal M5 threads on automated tapping machines
• CNC machining centres with tapping cycles
• Batch production and component repair work requiring standard M5 threads
• Materials compatible with machine taps such as various steels, aluminium alloys, and non-ferrous metals (subject to correct cutting data)

Key specifications

• Thread size: M5 internal metric thread
• Tool type: machine tap for mechanical or CNC tapping operations
• Geometry: designed for controlled chip evacuation and precise thread form
• Application scope: suitable for series production and repair tasks in workshop and industrial environments
• Compatibility: intended for use with standard tap holders and machine spindles used in automated tapping

How to use

Install the tap in a correct machine holder or spindle adapter that provides secure clamping and axial alignment. Select appropriate spindle speed, feed rate, and cutting fluid based on the workpiece material and the machine tap's geometry. Use a programmed tapping cycle or manual feed to advance the tap into the pre-drilled hole of the correct diameter for M5 threads, monitor chip formation and coolant flow, and retract with the appropriate reverse motion if required by the tapping cycle. Inspect produced threads with gauges or measuring instruments to verify dimensional accuracy.

Usage recommendations

Use recommended drill size for M5 pre-hole and appropriate cutting parameters for the specific material to prolong tool life and ensure thread quality. Maintain coolant or lubricant flow for heat dissipation and chip evacuation, and replace the tap when wear or degraded thread quality is observed. For automated feeding, ensure the machine’s tapping cycle matches the tap type and arrange for reliable clamping to avoid misalignment or breakage.