Vortex Carbide End Mill For Aluminium & Non-Ferrous - 3 Flute Variable Hi Helix -DLC Coated - 10mm x 100mm

The Vortex Carbide End Mill is a precision milling tool built for machinists who demand reliable aluminium and non-ferrous metal performance. With a 10 mm diameter and 100 mm overall length, it delivers extended reach without sacrificing rigidity for deep pockets and complex contours.

• Diameter & Length: 10 mm diameter, 100 mm overall length for extended reach and maintained rigidity in deep pockets and intricate geometries.
• 3-Flute Design: Three-flute construction creates wider chip pockets and improved chip evacuation for high-efficiency aluminium machining.
• Variable Hi-Helix Geometry: Uneven flute spacing reduces vibrations and enhances chip evacuation at higher cutting speeds, sustaining accuracy under load.
• Premium Carbide Construction: Solid carbide substrate delivers outstanding hardness and durability for demanding milling tasks and longer tool life.
• DLC Coating: Diamond-Like-Carbon coating boosts wear resistance, extends service life by 2–3x, and promotes smooth chip removal with low friction in non-ferrous work.
• Polished Flute Surface: Polished flute finish lowers cutting forces and supports superior finishing, minimizing chip buildup and tool adhesion.
• Wet & Dry Cutting Compatibility: Designed for versatile shop setups, performing reliably in both wet and dry cutting operations.
• Applications: Ideal for high-speed aluminium and non-ferrous machining, die and mold work, roughing deep pockets, and finishing complex contours.

This combination of variable helix, 3-flute geometry, and DLC coating works together to reduce heat generation, maintain edge sharpness, and deliver faster material removal rates. The design mitigates chatter and improves chip evacuation, helping minimize tool downtime from chip buildup or sticking. With extended reach and robust rigidity, the Vortex End Mill enables precise, efficient milling of challenging features, delivering reliable performance from roughing through finishing in aluminium and non-ferrous materials.