Numerical control technology belongs to the category of mechanical engineering.
Numerical control technology is the use of digital information on mechanical movement and machining process control a method. On the basis of CNC technology, a series of CNC machine tools, robots and other highly automated equipment have appeared in the field of mechanical manufacturing, greatly improving manufacturing efficiency, precision and quality.
Numerical control technology is a comprehensive specialty involving mathematics, mechanical manufacturing, electronics, computer science and other disciplines, the main courses include CNC programming and machining, computer-aided design, mechanical drawing, mechanical manufacturing process, basic electronics technology, CNC principles.
With the rapid development of the manufacturing industry and intelligent transformation, CNC technology has a wide range of applications and good employment prospects. Graduates can be engaged in CNC equipment operation, maintenance, programming, debugging, design and other aspects of the work, but also can continue to pursue further education in scientific research institutions, colleges and universities and other research and teaching work.
Scope of use of CNC technology:
Numerical control technology is a method of controlling mechanical movement and processing by using digitalized information, and is therefore widely used in fields such as mechanical manufacturing, automobile manufacturing, aerospace, light industry and textile, medical equipment, and power equipment. In the field of machinery manufacturing, CNC technology is one of the key technologies to realize automated production.
Through CNC technology, the geometric and process information of mechanical parts can be converted into digital signals, controlled by a computer to realize automated production. The application of CNC technology greatly improves the efficiency, precision and quality of machinery manufacturing, reduces production costs and improves the competitiveness of enterprises. In the field of automobile manufacturing, CNC technology is the key technology to realize the high-precision and high-efficiency production of automobile parts.
Through CNC technology, high precision and complex shape auto parts, such as engine, transmission, chassis and so on, can be produced, improving the quality and performance of the car. In the field of aerospace, CNC technology is the key technology to realize the manufacturing of high-precision and high-performance parts such as aircraft and rockets. Due to the complex shape and high precision of aerospace parts, ordinary machining is difficult to meet the requirements, and the application of CNC technology can solve these problems and improve the manufacturing efficiency and precision of aerospace parts.