FREZ TRZPIENIOWY WEGLIK FI 8,0 19/63 Z5 HA8 VHM AT X-MILL 540 540

The MILL X-MILL 540 end mill stands apart from conventional solid carbide cutters through its optimized 5-flute geometry and advanced AlTiN coating. This combination permits higher feed rates and extended tool life, particularly in demanding materials like steel and stainless steel. With a cutting diameter of 8.0 mm and a cylindrical HA shank of the same size, it delivers stable clamping and precise concentricity for high-performance milling operations.

Highlights

• Solid carbide (VHM) construction for maximum rigidity and wear resistance
• AlTiN coating reduces friction and heat, enabling higher cutting speeds
• 5-flute design improves chip evacuation and surface finish
• Square end geometry suits slotting, shoulder milling, and profiling
• Cylindrical HA shank (8.0 mm) fits standard collets and hydraulic chucks

In daily use

On the shop floor, the X-MILL 540 proves its value in general-purpose and high-performance milling of steel, stainless steel, cast iron, and non-ferrous metals. The 19 mm cutting length allows deep engagement, while the 63 mm overall length provides ample reach for common setups. Operators will notice reduced vibration and consistent tool life, even in interrupted cuts or when ramping into pockets. The AlTiN coating also minimizes built-up edge, keeping cutting edges sharp longer and reducing downtime for tool changes.

Full specifications

• Tool type: End mill
• Material: Solid carbide (VHM)
• Series: X-MILL 540
• Cutting diameter (D1): 8.0 mm
• Number of flutes (Z): 5
• Cutting length (L1): 19 mm
• Overall length (L2): 63 mm
• Shank type: Cylindrical (HA)
• Shank diameter (D2): 8.0 mm
• Coating: AlTiN
• Cutting edge geometry: Square end
• Application: High-performance milling, general purpose
• Compatible materials: Steel, stainless steel, cast iron, non-ferrous metals

Final note

A reliable choice for machinists seeking a versatile, high-performance end mill that balances speed, finish, and tool life across a range of materials.