With the advancement of science and technology and the development of the times, the numerical control of machine tool electrical is a new electromechanical discipline. Nowadays, it is closely related to people's daily life and industrial production, and has developed rapidly. It has become an important part of high-tech industry. . Moreover, due to the complexity, diversity and variability of the numerical control technology of machine tools, it has developed extremely widely in many application fields.
Electrical numerical control is a comprehensive discipline. Due to its integration in the production practice of machine tools, the efficiency of machine tools can be greatly improved. Therefore, the need for numerical control of machine tools in the mold industry is gradually increasing. The previous old machine tool electrical system caused the aging of components and the continuous failure, resulting in inefficient operation, which not only could not drive the development of the enterprise, but increased the unnecessary financial expenses of the enterprise.
The machine tool with electrical numerical control technology has the characteristics of stable performance and high reliability, which effectively guarantees product quality and output. At present, with the extensive use of the machine tool industry in various fields, how to improve the efficiency of machine tool use has become a problem that machine tool manufacturers are thinking about.
There are two main ways to improve the efficiency of machine tools: one is the numerical control transformation of the old machine tool; the other is the numerical control transformation of the ordinary machine tool. No matter which method is adopted, it can reduce the cost of purchasing CNC machine tools, save money for enterprises, improve the efficiency of production operations, and bring broader benefits to enterprises. Moreover, based on the long-term aging of each basic part of the original machine tool, the accuracy is not affected by the stress deformation, and the efficiency of the numerically modified machine tool can be improved by 3 to 5 times.