Features
Applications
Work Materials
SDF-S Series Solid Carbide Micro-Diameter 2-Flute Ball Nose End Mill for Copper and Aluminum Alloys
Material
- High-Quality Solid Carbide Material: Manufactured from high-quality solid carbide material, ensuring high hardness and toughness. This material selection not only guarantees the durability of the tool but also enhances its stability under high-speed cutting conditions.
Coating
- Highly Wear-Resistant DLC Coating: Utilizes a highly wear-resistant DLC (Diamond-Like Carbon) coating, significantly enhancing the tool’s wear resistance and anti-adhesion properties, extending tool life and improving surface finish. The DLC coating has an extremely low coefficient of friction, effectively reducing heat generation during cutting and improving cutting efficiency.
Design
- Specifically Designed for Copper and Aluminum Alloys: This ball nose end mill is specifically designed for machining copper and aluminum alloys, featuring a fine diameter and optimized geometry to ensure efficient cutting.
- Micro-Diameter Design: The micro-diameter design allows the tool to perform fine and complex machining, particularly suitable for small and precision parts. This design achieves higher machining accuracy and finer surface finishes.
- Ball Nose Design: The ball nose design is particularly suitable for machining complex surfaces and contours, ensuring consistent cutting forces and stable machining performance, ideal for high-precision and complex component machining.
- Radius Transition Structure: The radius transition structure ensures high resistance to breakage, enabling the tool to maintain stable performance during long-term machining of copper and aluminum alloys, reducing the risk of tool damage.
Functions
- High-Precision Machining: The optimized geometry and micro-diameter design, specifically tailored for copper and aluminum alloys, ensure high precision and good surface quality during machining.
- Efficient Cutting: The ball nose design and optimized geometry allow the tool to achieve efficient cutting while maintaining high precision and good surface quality.
- High Wear Resistance and Anti-Adhesion: The highly wear-resistant DLC coating significantly enhances the tool’s wear resistance and anti-adhesion properties, extending tool life and improving the surface finish of the workpiece.
- Geometric Accuracy and Surface Quality: Precision ground on advanced German WALTER five-axis grinders, ensuring geometric accuracy and surface quality, guaranteeing consistent performance and tight tolerances.
- High and Stable Quality Inspection: Inspected using German ZOLLER measuring equipment, ensuring high and stable tool quality.
Application Features
- Precision Machining of Copper and Aluminum Alloys: Specifically designed for machining copper and aluminum alloys, ensuring high precision and good surface quality.
- Small and Precision Parts Machining: The micro-diameter design allows the tool to perform fine and complex machining, particularly suitable for small and precision parts.
- Complex Surface Machining: The ball nose design is particularly suitable for machining complex surfaces and contours, ensuring consistent cutting forces and stable machining performance.
- Efficient Cutting: The optimized geometry and highly wear-resistant DLC coating enable the tool to achieve efficient cutting while maintaining high precision and good surface quality.
- High Accuracy and Surface Quality: Suitable for applications requiring high accuracy and surface quality, such as in the electronics, automotive, and mold manufacturing industries.
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