Carbide End Mill FI 10.0 25/72 Z6 HA10 VHM TS 645 Mastermill 645

Precision machining demands tools that deliver consistent performance, clean cuts, and long tool life. The Carbide End Mill FI 10.0 25/72 Z6 HA10 VHM TS 645 Mastermill 645 is engineered to meet those demands in general-purpose milling operations across a range of materials. With a 10 mm cutting diameter and six flutes, this solid carbide end mill provides excellent stability and surface finish, making it a reliable choice for workshops and production environments.

Who is it for

This end mill is ideal for machinists, toolmakers, and manufacturing professionals who need a versatile tool for milling steel, stainless steel, cast iron, and non-ferrous metals. It suits both CNC machining centers and conventional milling machines, offering dependable performance in slotting, profiling, and finishing operations.

Main features

• Solid carbide (VHM) construction for high hardness and wear resistance.
• Six flutes (Z6) for improved chip evacuation and reduced vibration at higher feed rates.
• Cylindrical shank (HA) with 10 mm diameter for secure clamping in standard collets and holders.
• Square end geometry with sharp corners for precise shoulder milling and sharp edge definition.
• Right-hand cut direction compatible with standard spindle rotations.
• Uncoated surface allows for regrinding and is suitable for a wide range of materials.

Specifications

• Tool Type: End Mill
• Material: Solid Carbide (VHM)
• Series: Mastermill 645
• Cutting Diameter (D1): 10.0 mm
• Number of Flutes (Z): 6
• Cutting Length (Lc): 25 mm
• Overall Length (Lo): 72 mm
• Shank Type: Cylindrical (HA)
• Shank Diameter (D2): 10 mm
• Cutting Edge Geometry: Square End
• Corner Type: Sharp Corner
• Direction of Cut: Right-Hand Cut
• Application: General Purpose Machining
• Coating: Uncoated
• Recommended Materials: Steel, Stainless Steel, Cast Iron, Non-ferrous Metals
• Manufacturing Process: Milled
• Tool Geometry: Standard Helix

Tips

For optimal performance, use appropriate speeds and feeds based on the workpiece material and machine rigidity. Ensure proper clamping and runout control to maximize tool life. The uncoated surface allows for regrinding, extending the tool's usability.