FU NI Ke breaks the application pattern of cutting tools in heavy cutting

FU NIKE, through the micro-nano improvement technology of CBN materials, developed a new combination of binding agents formula, using high temperature and high pressure technology accumulated over 20 years to produce a high wear-resistant, high impact resistance, high efficiency, environmentally friendly CBN The tool, which greatly reduced the cost and price, broke the pattern of high-priced CBN tools, making CBN tools more valuable for more users to become a reality. Polycrystalline Cubic Boron Nitride (PCBN) is a new type of tool material that is second only to diamond in terms of hardness by artificial method. It is currently a high-efficiency, high-speed, high-precision cutting iron-based metal and is one of the new-generation tool materials.

The superior characteristics of the FUJIKE FBN (integrated polycrystalline cutter) series are: excellent fracture resistance, good wear resistance, excellent chemical stability, higher cutting efficiency, longer tool life, and indexable cubic boron nitride sintering Body - more cutting edges.

The practical application of FUJN CBN tools in the roll breaks the pattern that CBN tools cannot be used in heavy-duty cutting applications. From the application practice of roll cutting, it can be seen that the performance and application technology of the blade are equally important.

In recent years, in the field of CBN tool applications, people are paying more attention to the performance of blades in the area of ​​difficult-to-machine materials. For the involved machine tools, workpiece materials, and tool systems, they were only involved in separate research. They were fighting each other. Although they have made significant progress and achievements in research and development in many areas of processing and manufacturing for a long period of time, they have greatly increased. There has been no major breakthrough in cutting efficiency.

Therefore, the application research of heavy load cutting is the matching of the mechanical properties of CBN cutting tools and processing materials, the matching of physical properties, and the matching of chemical properties. It is a system engineering of CBN cutting tool materials, application technology and machine tool, workpiece and tool optimization.