Precision forging machine manufacturers tell you that with the development of the manufacturing industry, the requirements for precision forging parts are getting higher and higher, and higher requirements are also placed on the research and development of precision forging technology. Precision forging machine manufacturers tell you that precision forging is currently The main directions of process research are as follows.

1. Continuous process innovation. Precision forging machine manufacturers tell you that in order to meet the requirements of forming parts and reduce production costs, it is necessary to continuously develop new precision forging forming processes with high forming accuracy, long die life and high production efficiency.
2. Development of composite technology. Precision forging machine manufacturers tell you that with the continuous improvement of the process requirements for forming parts, it is difficult for a single precision forging to meet the requirements. This requires the development of a composite forming process, combining forging processes at different temperatures or different process methods, and learning from each other's strengths and weaknesses to jointly complete a Manufacturing of parts. Precision forging machine manufacturers tell you that the precision forging process can also be combined with other precision forming processes such as precision casting, precision welding and other processes to improve the application range and processing capacity of the precision forging process.
3. Knowledge-based process design. Precision forging machine manufacturers tell you that with the continuous development of precision forging technology, the process design is becoming more and more complex. In order to improve the reliability and efficiency of process design, the development of knowledge-based expert systems is an important research direction for future precision forging process design.