In recent years, with the increasing demand for high-precision and high-efficiency parts in the manufacturing market, hot die forging technology is also developing in this direction. As a metal processing forming process, hot die forging technology is widely used in aviation, automobile, machinery and other fields by strengthening the deformation of metal and plastic flow at a specific temperature.
In the application of hot die forging technology, manufacturing precision is one of the important reference indexes. In order to improve the geometric accuracy of hot die forging parts, some new equipment and processes are being introduced. First, the rigidity and precision of hot die forging equipment have been greatly improved, such as the use of micro-cylinders and corresponding control systems to achieve more precise operation. In addition, the development of some automation equipment with functions such as mechanical arms and automatic pickup can also improve the production efficiency and accuracy of parts.
In addition, in order to improve the molding efficiency of hot die forging process, the development and application of new materials has become one of the focus areas. At present, some alloys and metal materials with high temperature and high strength properties are widely used in hot die forging production. These materials have excellent processing properties and can improve the efficiency and quality of hot die forging.
In short, hot die forging technology is developing in the direction of high precision and high efficiency, and the development and application of new equipment and processes as well as new materials will promote the development of this trend. As a very important metal forming process, hot die forging technology will play a more important role in the future manufacturing industry.
