At present, many customers have little understanding of the application fields of CNC machining centers. It can be said that any enterprise engaged in mechanical processing in various industries needs such equipment. However, due to the price of the equipment, many enterprises are unable to purchase it. The following are the main application fields of CNC machining centers and their introductions.

1. Applications in the automotive industry

The traditional automotive industry usually pursues efficiency and scale, and society has higher requirements for automotive functions, requiring good overall performance and high precision of parts. In the current era, strengthening the application of CNC technology can promote the rapid development of automotive processing enterprises towards small-scale and personalized directions. By using CNC technology, it can also target automotive cylinders, connecting rods, and other components Rapid machining of components such as pistons and crankshafts, as well as strengthening the use of CNC machine tools during stamping, painting, welding, and other processes.

2. Application of coal mining machinery

Equipment can be fully utilized in the process of coal mining machinery. In the manufacturing process of coal mining machinery, cutting and rough embryo manufacturing are usually required. In this process, CNC technology can be fully utilized. Through CNC technology, process parameters can be effectively adjusted, manufacturing intelligence can be achieved, which can improve work efficiency and production quality, as well as mechanical performance, No staff involvement is required, effectively reducing the danger of personnel.

3. Aerospace applications

Aerospace technology is an important symbol of China's scientific and technological development, and an important manifestation of comprehensive national strength enhancement. Aerospace technology needs to pay more attention to accuracy. In aerospace equipment, various lightweight materials are generally used, such as titanium alloy, aluminum alloy, etc. If traditional methods are used to cut titanium alloy and aluminum alloy, it is easy to cause deformation of components, It has a significant negative impact on machining accuracy and overall quality. However, in the manufacturing process of aerospace equipment, the use of CNC technology combined with high-speed mechanical technology not only generates less heat, but also has fast cutting speed and high quality. In addition, the integration of CNC technology, fuzzy control technology, manual and network technology can achieve dynamic machining, improve machining accuracy, and meet the needs of aerospace equipment.

4. Industrial production applications

In the process of industrial production, the application of CNC technology can be strengthened. A typical application of CNC technology is industrial robots. Industrial robots can quickly receive human instructions and carry out work according to pre-set programs. Industrial robots are generally used in many production processes such as welding, industrial handling, mechanical processing, spray painting assembly, etc. By using industrial robots to replace humans, it is possible to achieve harmful, toxic, and Working in a high-temperature environment avoids the danger of workers working in harsh environments. In addition, industrial robots include many key technologies, such as high-speed performance controllers, high-performance servo motors, and reducers. The equipment is mainly controlled through computer technology, and the control panel drives the operation to ensure production safety and reliability, At the same time, it also improves the quality and efficiency of product production.