PREMIUM CONSTRUCTION: Made in USA from solid carbide material with AlTiSN finish coating for superior wear resistance and extended tool life in demanding machining applications.
CUTTING SPECIFICATIONS: 1/2 inch cutting diameter with 0.03 inch corner radius, 3 inches overall length, and 1 inch shank diameter for secure tool holding and reduced runout.
ADVANCED GEOMETRY: 4-flute variable helix and variable index design minimizes chatter and vibration while maximizing material removal rates and surface finish quality.
VERSATILE END MILL: Square end configuration with corner radius ideal for slotting, profiling, and general milling operations in steel, stainless steel, and other tough materials.
PRECISION TOOLING: Round shank design ensures accurate positioning and includes one end mill per package, weighing 10 grams for balanced cutting performance.
Description
This precision-engineered 4-flute carbide corner radius end mill from RedLine Tools delivers exceptional performance for demanding machining applications. Featuring a 1/2-inch cutting diameter with a 0.03-inch corner radius, this square end mill is designed to provide superior surface finishes while extending tool life. The variable helix and variable index geometry work together to reduce chatter and vibration during cutting operations, enabling higher feed rates and improved productivity. Coated with an advanced AlTiSN finish, this end mill offers enhanced heat resistance and wear protection for extended cutting performance across a wide range of materials. The robust carbide construction ensures durability and maintains sharp cutting edges even under demanding conditions. With a 1-inch shank diameter and 3-inch overall length, this tool provides excellent rigidity and reach for various milling operations. Made in the USA, this end mill represents quality craftsmanship and precision manufacturing standards. Whether you're working on production runs or custom projects, this 4-flute corner radius end mill delivers the reliability and performance that professional machinists demand.