Meet the Vortex Carbide End Mill for Aluminum & Non-Ferrous — a precision-built tool engineered for high-speed aluminum work and delicate non-ferrous metals. With a 16 mm diameter and 100 mm overall length, it balances reach and rigidity for tight pockets, contours, and cavities. Premium Carbide Substrate: Solid carbide construction provides exceptional rigidity, wear resistance, and durability through repeated heavy cuts without deflection or built-up edge. DLC Coating: Diamond-Like Carbon coating minimizes friction and heat, reducing tool wear and enabling more aggressive cutting while maintaining a superior finish. The iridescent coating appearance complements performance. Variable Hi-Helix Design: Reduces chatter and harmonics while increasing material removal rates, delivering smoother cuts and better chip control at high feed rates. 3-Flute Geometry: Balances efficient chip evacuation with rigidity for aluminum; can perform finishing operations and, with the right parameters, also act as a rougher on softer metals. Optimized Specifications: 16 mm diameter with 100 mm overall length provides reach and stability for tight contours, pockets, and cavity work with minimal tool runout. Precision Ground Flutes: Polished flute surfaces reduce cutting forces and adhesion, improving chip flow and delivering burr-free finishes on aluminum parts. Durability & Tool Life: DLC coating and design can provide up to a 100% increase in tool life, reducing tool changes and downtime in production environments. Designed for aluminum and non-ferrous machining, this end mill helps you move from roughing to finishing with consistent, reliable results. The combination of carbide rigidity, low-friction DLC coating, and a vibration-damping variable helix delivers smoother cuts, cleaner chips, and improved surface finish even at higher feed rates. The 16×100 mm reach handles complex pockets and contours with minimal tool runout, while precision-ground flutes support burr-free finishes and extended tool life. Ideal for production shops and precision job shops that require repeatable quality and longer intervals between tool replacements.
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