In the forging parts used today, if the temperature control is not good or the carelessness in the production process will cause a series of defects, which will greatly reduce the quality of the forging parts, in order to eliminate this defect in the forging parts, the metal must be improved first Parts, so as to avoid the sensitive working pressure of steel parts during the entire forging process, it can increase the relative density of metal materials, not only make it less and less smooth and dense, but also make it a high aluminum alloy. When carburizing in alloy steel , The body is broken.

Secondly, improve the appearance regulations and specifications of steel castings to make them close to the parts. This not only reduces the cost of metal composite materials, but also shortens the laser cutting time. It can further improve the production efficiency of very forged forged parts and molded parts. This speed far exceeds the speed of drilling production and processing. The forging parts of the forging press have strong adaptability, not only for simple production and processing, but also for producing parts with relatively complex shapes. Therefore, in the entire manufacturing process, no or only a small amount of drilling or solving is required.

After forging processing technology has been moderately improved, product quality has been greatly improved, and the minimum forging defect rate has been greatly reduced. Therefore, as a variety of industrial equipment, forging parts can play a stronger role.

For special tools such as Barr, the surface of the forged material will be affected during the forging process, and an extended heat treatment method is applied to the forged material to eliminate the different time characteristics of the internal and external structural changes of the forging. Forging materials, reduce welding stress and structural ground stress, and ensure more reasonable characteristics and service life of cast steel materials, and have strong adaptability to forging machinery for forging materials.