With the rapid development of science and technology, the CNC Machining technology in our country is becoming more and more mature nowadays, and it is widely used in machining manufacturing, especially in the manufacture of mechanical molds as mold manufacturing has high-precision requirements, and traditional processing technology cannot meet actual needs. The application of CNC machining technology in the manufacturing of mechanical molds can effectively improve product quality, machining accuracy and production efficiency. Today we are going to have a comprehensive analysis about the application status of CNC machining technology, the advantages in mold manufacturing, and the effective application of this technology in mold manufacturing,etc.

In order to obtain better core competitiveness, many enterprises use automation technology in processing machinery control, which is the embodiment of digital and automatic control technology under information technology. Numerical control processing is widely used. In the field of production machinery, it provides enterprises with more efficient machining efficiency, and CNC machining technology breaks through the bottleneck of low efficiency and long cycle in the original production process. With the support of technologies such as data operation and computer software, mold manufacturing realizes automated production and high precision. For example, in the processing of large molds, there are many parts with large sizes and complex shapes. The deformation of these parts after heat treatment is large, and it is difficult to grind them. Therefore, the hardened parts can be turned on the CNC machine tool with ceramic turning tools, and the grinding can be replaced by turning to improve the processing efficiency.

Through the improvement of CNC machining technology, on the one hand, the manufacturing quality of the entire mold can be improved. On the one hand, through the research and development and investment in CNC machining technology, combined with the market development needs, the production enterprises have carried forward the CNC machining technology and obtained further technical improvements. For example, in the process of processing complex molds, traditional CNC machining technology often faces technical difficulties in mold processing. Application, the combination of the characteristics of the mold itself and the technical application, taking into account the processing quality, processing sequence and processing time, the processing mode of wire cutting and EDM numerical control processing is adopted in a targeted manner, and the implementation of relevant instructions is carried out with the help of computer technology. In order to improve the overall mold processing efficiency, the positioning will be overlapped. With the continuous improvement of CNC machining technology, the processing program optimization will reduce the time required for mold processing, and use programming skills to optimize the processing program in the CNC machining technology. The overall efficiency of CNC machining programs is improved. For example, when the spindle is started, the processing efficiency is effectively improved.

Through the application of CNC machining technology like CNC Four Axis Machining , CNC Five Axis Machining for Precision Machining Parts, the labor intensity of CNC machining production is greatly reduced. In the traditional mode, the relevant workers must perform manual processing. The entire mold processing process takes a long time and is low in efficiency. However, the use of automation technology and the application of CNC machining technology in mold production have changed the traditional mold processing technology. The disadvantages of high production labor intensity and low production efficiency have greatly improved the production of molds. In the automatic processing mode, the integrated production and processing work can be completed by the assembly line production mode. The relevant staff only need to input the operation requirements, and the software is driven by the computer. The entire mold processing work can use the numerical control processing technology. Reducing the use of human capital, and improve the mold production efficiency of the entire enterprise.