Custom High Feed Milling Cutter

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About Hangzhou Chai Cutting tools Co.,Ltd

Hangzhou Chai Cutting tools Co.,Ltd, established in 2012, is a professional High Feed face milling tools Manufacturers and face milling cutter factory in China which engaged in the research and development, production, sale and service of various cutting tools. Our main products include CNC turning tools, milling tools, drilling tools, boring tools and many kinds of toolholders, inserts, which apply to a wide range of areas, inlcuding mold manufacturing, vehicles, wind power and nuclear power, railway and aviation industry. Chaitools has gained the ISO9001 quality management system certification and established a complete quality control procedure. After several years' hard working, the performances and indexes of our products is close to or exceeds the cutter of domestic and foreign first-level mainstream brands, and has the well applicability and economy. We also custom indexable face milling cutter. DIAφ16~Φ125mm..

Strict Quality Management System

  • High-tech Enterprise Certificate

    High-tech Enterprise Certificate

  • R&D Certificate

    R&D Certificate

  •  ISO9001 Certificate

    ISO9001 Certificate

  • Patents Certificate

    Patents Certificate

Industry knowledge

What is a high feed milling cutter, and how does it differ from other types of milling cutters?What are the applications of high feed milling cutters?

A high feed milling cutter is a type of milling cutter designed for high-speed machining operations with low axial depth of cut and high feed rates. It is characterized by its unique geometry, which allows for efficient chip evacuation and reduced cutting forces. Compared to traditional milling cutters, high feed milling cutters have a shallower axial depth of cut and a higher feed rate, allowing for faster material removal rates and reduced cycle times.
High feed milling cutters are widely used in various industries, including aerospace, automotive, and medical, for milling complex shapes and contours, drilling holes, and producing high-quality surface finishes. They are particularly well-suited for machining tough materials, such as titanium and hardened steels, as well as for high-volume production runs.

What are the advantages of using high feed milling cutters?What factors should be considered when selecting a high feed milling cutter?

The use of high feed milling cutters offers several advantages over traditional milling cutters, including reduced cycle times, improved tool life, and increased productivity. High feed milling cutters also produce a higher quality surface finish, reducing the need for secondary operations such as polishing or grinding. Additionally, the reduced cutting forces and improved chip evacuation result in lower power consumption and less heat generation, which can prolong the life of the cutting tool and reduce production costs.
Several factors should be considered when selecting a high feed milling cutter, including the material being machined, the machine's spindle speed and horsepower, the desired surface finish, and the size of the workpiece. The cutting tool material and geometry should also be considered, as they will affect the tool's performance and durability. The type of high feed milling cutter, such as a button or tangential design, should also be selected based on the specific machining application.

What are the different types of cutting tool geometries used in high feed milling cutters?How can the performance of a high feed milling cutter be optimized?

There are several types of cutting tool geometries used in high feed milling cutters, including button and tangential designs. Button designs have a smaller contact area with the workpiece, allowing for higher feed rates and reduced cutting forces. Tangential designs have a larger contact area, providing increased stability and improved surface finish. The number of flutes, as well as the helix angle, can also be adjusted to optimize performance for specific applications.
To optimize the performance of a high feed milling cutter, the cutting parameters should be adjusted to optimize performance for the specific material being machined. This includes adjusting the feed rate, spindle speed, and cutting depth based on the material properties and desired surface finish. The use of advanced coatings and materials can also help improve wear resistance and extend tool life. Additionally, the use of