The Vortex Carbide End Mill is a precision milling tool engineered for machinists who demand superior performance in aluminium and non-ferrous metal machining. This 10mm diameter end mill delivers the stability, chip evacuation, and extended tool life that professional shops need for consistent results in high-speed operations, die and mold work, and precision fabrication.

• Diameter & Length: 10mm diameter with 100mm overall length, providing extended reach for deeper pockets and complex geometries without sacrifice of rigidity
• 3-Flute Design: Three-flute structure provides wider chip pockets which discharge chips better, allowing for high-efficiency aluminum machining
• Variable Hi-Helix Geometry: Variable flute end mills with uneven spacing reduce vibrations and improve chip evacuation, maintaining accuracy and consistency at higher cutting speeds
• Premium Carbide Construction: Solid carbide substrate provides maximum durability and hardness for demanding milling tasks and extended tool life
• DLC Coating: DLC color coating improves wear resistance of the end mill, with service life increased by 2-3 times. DLC coating provides smoothness which makes tool chip removal smooth, so that the tool is not easy to stick. DLC coating has a low friction coefficient, providing a definite advantage when machining non-ferrous materials, with excellent adhesion resistance that results in superior chip evacuation
• Polished Flute Surface: The polished surface of the flutes decreases cutting forces and is excellent in finishing operations

This tool eliminates the frustrations of chip buildup, tool adhesion, and inconsistent surface finish in aluminium machining. The combination of variable helix design, 3-flute geometry, and DLC coating work together to reduce heat generation, maintain edge sharpness, and deliver faster material removal rates. Whether you're roughing deep pockets, creating complex contours, or finishing critical components, the Vortex Carbide End Mill provides the reliability and performance to maximize productivity and minimize tool downtime. Ideal for both wet and dry cutting operations.