CNC machining technology refers to the production and processing of mechanical parts using tools such as CNC machine tools. In specific applications, CNC machining technology can be roughly divided into two sections, namely software and hardware.
1. Working principle
CNC machining technology refers to the production and processing of mechanical parts using tools such as CNC machine tools. In specific applications, CNC machining technology can be roughly divided into two sections, namely software and hardware. Among them, the software section mainly uses computer technology to write and control CNC programs. With the assistance of computers, the staff designs the size, processing components and manufacturing materials of mechanical molds. Before the specific batch production, the staff will pre-order and write the coding and program, and then use the program instructions to control the digital production equipment, realize the intelligence and automation of mechanical production, and meet the basic production requirements of CNC technology. The CNC machining hardware section mainly refers to the production machine itself and other CNC auxiliary production facilities. Among them, for the digital production of mechanical molds, CNC machine tools are the basic infrastructure for processing and production. Traditional production equipment often requires personnel to manually control the production program, and the entire production process also requires manual supervision. CNC machine tools have sensor equipment that can respond accurately to the transmitted instructions, thereby flexibly directing the machine tools to produce, and the whole process reflects the characteristics of digitalization and intelligence.
2. Performance characteristics
In today's era, my country's CNC processing and CNC processing technologies have been promoted in many fields of production, and in the process of self-improvement, they also reflect the tendency of centralization and intelligence. Specifically, CNC processing technology has a high degree of automation and intelligence. In the process of use, it can not only speed up the production speed, but also improve the quality of mechanized production parts. It is the technical guarantee for modern industry to carry out refined production. At the same time, CNC processing technology is also conducive to improving the utilization efficiency of human resources and reducing the cost of human resources. On the other hand, CNC machining technology has shown a high degree of intensive characteristics in the production process, reducing the production time of a single product, shortening the instruction response interval between different programs, centralizing industrial production, reducing the occupation and waste of space resources, especially for some small and micro factories, and can also achieve large-scale production. In addition, CNC machining technology has the characteristics of flexibility, which can effectively alleviate the problems existing in current industrial production. In the production of traditional mechanical molds, workers are proficient in the work experience and skills required by the production line, which means that the personal quality of workers often determines the quality of traditional mechanical mold processing. However, under the background of CNC machining technology, the steps of CNC machining production and operation have become simpler, which means that industrial production is no longer demanding on the work experience of workers, which reduces the difficulty of production to a certain extent, reflects the advantages of flexible production, and can continuously meet the needs of production.