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Solid Carbide 2-Flute Ball Nose End Mill, Designed for High-Speed Milling of Aluminum, Extra-Long Tool Life

Specially designed for high-speed milling, this solid carbide 2-flute ball nose end mill combines advanced coatings and optimized geometry for exceptional durability. Whether for mass production or precision work, this tool provides consistent performance, extending tool life and boosting productivity.

Super Wear-Resistant DLC Coated Solid Carbide 2-Flute Ball Nose End Mill, Boosts Aluminum Machining Efficiency

Featuring a DLC coating that greatly enhances wear resistance and corrosion resistance, this 2-flute ball nose end mill is ideal for aluminum and light metal machining. It significantly improves cutting efficiency, reduces tool change frequency, and helps lower production costs.

Product details

Technical Specifications

This series utilizes high-quality carbide with advanced coating techniques, ensuring sharp cutting edges and precise geometry. The tools are specifically designed for soft materials, featuring an increased helix angle to mitigate common issues like built-up edge formation during aluminum and plastic machining.

Cutting Performance & Advantages

The enhanced helix angle design facilitates efficient chip evacuation, reducing the risk of tool adhesion and improving surface finish. This design also lowers cutting forces, enabling high-speed machining with excellent stability and extended tool life.​

Manufacturing Process & Quality Control

Employing advanced CNC precision machining and rigorous heat treatment processes, each tool undergoes strict quality inspections to ensure sharpness and high precision. The combination of precise craftsmanship and optimized geometry delivers consistent high performance in soft material machining.​

Application Fields & Customer Recognition
Widely used in aerospace, electronics, and light industries for precision machining of aluminum alloy and plastic components. The optimized chip evacuation design has helped numerous customers overcome issues like tool adhesion and chip clogging, enhancing machining efficiency and surface quality, earning widespread acclaim.