FANAR Solid Carbide End Mill M9-64G901-0060, 6.0mm Diameter, R0.5 Corner Radius, 6 Flutes, TS Coating

The FANAR solid carbide end mill is a precision-engineered cutting tool designed for high-performance milling operations. With a 6.0 mm diameter and a 0.5 mm corner radius, this tool provides excellent stability and accuracy during complex machining tasks. The inclusion of 6 flutes allows for efficient chip evacuation and superior surface finish quality, while the advanced TS coating significantly increases the tool's heat resistance and overall service life when working with demanding materials.

Advantages

This end mill offers exceptional rigidity due to its solid carbide construction, which minimizes vibration and deflection during high-speed machining. The 6-flute geometry is specifically optimized for high-feed applications, ensuring consistent performance and reduced cycle times. Furthermore, the specialized TS coating acts as a thermal barrier, protecting the cutting edges from wear and allowing for higher cutting speeds in hardened steel environments.

Suitable for

• Precision milling of hardened materials
• High-speed finishing operations
• Contour milling with corner radius requirements
• Industrial mold and die manufacturing

This tool may not be suitable for machining soft, gummy materials like aluminum or low-carbon steels, as the high flute count can lead to chip clogging in these specific applications. It is also not intended for heavy-duty roughing where large depths of cut are required, as the geometry is optimized for precision and surface quality rather than aggressive material removal.

Key specifications

• Diameter: 6.0 mm
• Corner radius: 0.5 mm
• Number of flutes: 6
• Material: Solid carbide
• Coating: TS coating

To use this end mill, ensure it is securely mounted in a high-precision collet chuck to minimize runout. Begin by setting the appropriate spindle speed and feed rate based on the material hardness and the specific machine capabilities. Always ensure that the tool is properly aligned with the workpiece before initiating the cut to prevent premature chipping of the cutting edges.

What to consider before purchase

• Compatibility with your machine's collet system
• Hardness level of the material being machined
• Required surface finish tolerances
• Coolant supply capabilities for heat management

For optimal results and extended tool life, utilize high-pressure coolant or air blast to ensure efficient chip evacuation and thermal control during operation. Regularly inspect the cutting edges for signs of wear to maintain dimensional accuracy.