The overall development speed of the cutting tool industry has been urgently related to the upgrading process of manufacturing processing technology. The two rely on each other and promote, and the tool manufacturers are constantly innovating and improving their products according to the needs of the development of the manufacturing industry. In this process, multi-functional composite tools and high-hardness mold knives have undoubtedly become the mainstream of tool development.
With the continuous development of CNC machine tools and difficult-to-machine materials, high-hardness die cutters are under pressure to increase metal cutting efficiency. Tool materials play a decisive role in this process. Modern metal cutting tool materials have evolved from carbon tool steel and high-speed steel to today's hard alloys, coated carbides, ceramics, cubic boron nitride and other superhard tool materials. The cutting speed has also been greatly improved. However, the understanding of tool materials is not a breakthrough in a single day. Therefore, many tool manufacturers are beginning to change their roles, from simple tool production and supply, to the development of new cutting processes and corresponding sets of technologies and solutions. Development, providing users with comprehensive technical support and services. Convert tool usage to system engineering and calculate and analyze the impact of machining and tooling on product cost before machining begins.
We are now working on solutions-based R&D. Of course, this does not mean that we do not pay attention to products, but only concentrate more on providing solutions for users. This trend will inevitably make us pay more attention to certain special industries, such as aerospace, molds, and automobiles.