Machine Tap FANAR M5 C4-565001-0050

FANAR machine tap M5 C4-565001-0050 is a precision cutting tool engineered to produce internal metric M5 threads in metalworking and machining environments. Intended for use in tapping machines and CNC equipment, the tap is designed to deliver consistent thread geometry and repeatable results in production and workshop settings. The tool's geometry and dimensions are suited to standard M5 thread profiles and compatible workpiece materials.

Advantages

The machine tap offers accurate thread formation and stable cutting performance under machine-driven conditions. It is designed for compatibility with automated tapping equipment and CNC applications, enabling uniform thread quality across batches. The tool's construction supports reliable engagement with workpiece material and reduces variability in thread dimensions during repeated operations.

Suitable for

• Tapping machines and CNC machining centers
• Production environments requiring repeatable M5 threads
• Workshop and maintenance tasks involving metric internal threads
• Applications where machine-driven tapping improves throughput and consistency

Key specifications

• Thread size: M5 metric internal thread
• Tool type: machine tap for machine/CNC use
• Intended use: cutting/forming internal threads in compatible metals
• Application scope: production and workshop tapping operations

How to use

Mount the tap securely in the machine spindle or appropriate holder designed for machine taps. Ensure correct alignment and proper spindle speed and feed settings for M5 thread cutting as recommended for the workpiece material. Use appropriate cutting fluid or lubrication for the material to improve chip evacuation and tool life. Monitor tapping operations for consistent engagement and withdraw the tool according to machine cycle or manual procedure to clear chips and avoid tool damage.

Usage recommendations

Select spindle speed and feed rate according to the workpiece material and machine manufacturer guidelines. Use suitable cutting fluid for the material being machined and inspect the tap regularly for wear or damage to maintain thread quality. For blind holes, use pecking or intermittent retraction cycles to prevent chip congestion and ensure reliable thread formation.