2 Flutes Long Neck Ballnose End Mill

DLC Coating: Specialized Anti-Stick Solution for Non-Ferrous and Resin Materials

The DLC coating provides ultra-low friction and excellent anti-adhesion properties, effectively preventing built-up edge and chip welding during the machining of red copper, aluminum alloys, and other soft metals. Ideal for dry cutting and MQL, it ensures cutting stability and superior surface finish.

2-Flute Design Optimized for Chip Evacuation and High-Speed Machining of Soft Metals

The open 2-flute geometry enhances chip flow and reduces heat buildup, preventing tool clogging and improving cutting efficiency—especially under high-speed, high-feed conditions in ductile materials like copper, pure aluminum, and engineering plastics.

Long Neck Design Enables Stable Deep Cavity and Fine Feature Machining

The extended neck allows the tool to reach deep cavities, tight contours, and narrow areas while avoiding tool-workpiece interference. Maintains rigidity during 3D cavity milling, making it ideal for fine feature finishing and complex pocketing.

Ball Nose Geometry Ideal for 3D Surface Milling and Freeform Contours

The spherical tip is perfect for continuous 3-axis contouring in mold cavities, medical devices, and copper electrode finishing. It ensures smooth transitions in corners and complex surfaces, reducing the need for secondary polishing or hand finishing.

Mirror-Polished Flute Surfaces Enhance Chip Evacuation and Surface Finish

Polished flutes reduce friction and material adhesion, improving heat dissipation and surface quality while extending tool life. Ideal for maintaining dimensional accuracy in high-purity copper and aluminum parts.

Cutting Parameters Provided for Efficient and Reliable Setup

Each tool comes with recommended cutting parameters tailored for red copper, aluminum, and resin materials (including cutting speed, feed per tooth, and depth of cut). This allows users to quickly optimize performance, reduce trial-and-error time, and increase overall productivity.