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 SDF-H High-Speed High-Hardness Series 4-Flute Solid Carbide Radius End Mill

Product Features

1. High Strength and High Hardness Material:
   • Material: Made from high-strength, high-hardness fine-grain solid carbide material, ensuring excellent performance in high-speed cutting and machining of high-hardness materials.
   • Performance: This material has extremely high hardness and strength, capable of withstanding the high temperatures and loads generated during high-speed cutting, thereby extending the tool life.
2. Unique Four-Flute Design:
   • Design: The unique four-flute design improves feed rate and machining efficiency while distributing the cutting load, reducing wear on individual cutting edges and extending tool life.
   • Efficiency: The four-flute design ensures a smoother cutting process, enhancing machining efficiency, especially suitable for high-volume production and high-efficiency machining applications.
3. Advanced Coating Technology:
   • Revestimiento: Utilizes advanced coating technology, such as Balzers coating, significantly enhancing the tool’s heat resistance and wear resistance.
   • Performance: The coating technology ensures a smoother cutting process, reduces variations in cutting forces, and improves machining accuracy and surface finish.
4. Optimized Helix Angle and Flute Geometry:
   • Design: Optimized helix angle and flute geometry ensure smooth chip evacuation and prevent chip accumulation, reducing cutting resistance and improving cutting efficiency.
   • Effect: This design helps reduce tool wear, extend tool life, and enhance the stability and reliability of the machining process.
5. High Precision and High Efficiency:
   • Application: Suitable for high-precision and high-efficiency machining applications, particularly in mold manufacturing, aerospace, automotive manufacturing, and other industries.
   • Advantage: In these industries, where high precision and surface quality are strictly required, the SDF-H series end mills provide outstanding machining results, meeting these high-demand application needs.

Product Applications

1. Fabricación de moldes:
   • Application: In mold manufacturing, the SDF-H series end mills provide high-precision and high-surface-quality machining results, particularly suitable for complex shapes and high-precision mold processing.
   • Advantage: Effectively improves the efficiency of mold machining, reducing the time and cost of subsequent processing.
2. Aerospace Industry:
   • Application: Suitable for high-performance material machining in the aerospace industry, such as titanium alloys and aluminum alloys, where high precision and high reliability are required.
   • Advantage: Meets the strict requirements of the aerospace industry for machining precision and surface quality, improving production efficiency and product quality.
3. Fabricación de automóviles:
   • Application: In the automotive industry, the SDF-H series end mills meet the high-efficiency and high-precision machining requirements, particularly suitable for automotive component machining, such as engine blocks and transmission cases.
   • Advantage: Enhances the machining efficiency and quality of automotive components, reducing production costs.
4. Other High-Precision Machining Applications:
   • Application: Suitable for other high-precision and high-efficiency machining applications, such as the electronics industry and medical device manufacturing.
   • Advantage: Provides stable machining performance and high-quality machining results, meeting the high demands of various industries.

Summary

The SDF-H High-Speed High-Hardness Series 4-Flute Solid Carbide Radius End Mill is a high-end cutting tool specifically designed for high-speed cutting and machining of high-hardness materials. Its unique four-flute design, high-hardness material, advanced coating technology, and optimized helix angle and flute geometry collectively ensure efficient cutting performance, high-precision machining results, and extended tool life. Widely applied in high-precision and high-efficiency machining applications such as mold manufacturing, aerospace, automotive manufacturing, and other industries, it is an essential high-efficiency machining tool in modern manufacturing.