Diamond Milling Cutter

Zhongyeda's high-quality diamond milling cutters can be divided into many types according to the cutting form, purpose and the combination of diamond particles. According to the cutting form, they mainly include flat-bottom milling cutters, ball-end milling cutters, end mills, etc., which are suitable for processing requirements of different shapes and complexities. According to the combination of diamond particles, they can be divided into integral diamond milling cutters, electroplated diamond milling cutters and sintered diamond milling cutters. Integral diamond milling cutters are made directly from single crystal or polycrystalline diamonds and are suitable for extremely high-precision processing; electroplated diamond milling cutters attach diamond particles to the substrate through electroplating technology, which is suitable for processing materials with medium hardness and toughness; sintered diamond milling cutters are made by mixing diamond particles with metal powder and sintering them, which is suitable for processing materials with high hardness and high wear resistance.

Diamond milling cutters have a wide range of applications, covering aerospace, automobile manufacturing, mold processing, electronic information, medical equipment and other high-tech industries. In the field of aerospace, diamond milling cutters are used to process key components such as engine blades and turbine disks to ensure high precision and long life of parts. In the automotive manufacturing industry, diamond milling cutters are used to process high-precision parts such as engine cylinder blocks, cylinder heads, and gearbox gears to improve the performance and reliability of the entire vehicle. In the field of mold processing, diamond milling cutters can efficiently and accurately process various complex mold cavities, shorten mold manufacturing cycles, and reduce costs. In addition, in the electronic information industry and medical device manufacturing, diamond milling cutters also play an irreplaceable role in processing high-precision electronic components and medical device parts.