Precision forging machine manufacturers tell you that precision forging technology refers to the part forming technology that can be used after the parts are basically formed without any processing, also known as near-net forming technology.

Precision forging machine manufacturers tell you that this technology is developed on the basis of conventional forging technology and is an application technology that integrates computer information technology, new energy and new materials. Precision forging machine manufacturers tell you that at this stage, precision forging forming technology is mainly used for precision forging parts and refined blanks. Precision forging machine manufacturers tell you that precision forging molding technology has the obvious advantages of low cost, high efficiency, energy saving and environmental protection, and high precision. There are many types of this forming process, which are divided according to forming speed: high-speed precision forging, ordinary precision forging, low-speed precision forging, etc.
Precision forging machine manufacturers tell you that according to the metal flow conditions in the forging process: semi-closed, closed and open precision forging forming process; divided by forming temperature: superplastic, room temperature, medium temperature, high temperature precision forging forming, etc.; According to forming technology Divided into: split forging, isothermal forging, dual dynamic forging, compound forming, warm precision forging, hot precision forging and cold precision forging, etc. The division of precision forging technology by forming process has become a method of customary classification in production.
Precision forging machine manufacturers tell you that precision die forging is a new technology developed on the basis of ordinary molds, and almost no cutting is required. It is the direct forging of some of the parts that need to be cut to meet past precision requirements, or that only require a small amount of ground. Therefore, the use of precision die forging technology requires stricter technical requirements for the relevant links of die forging, such as: control of the quality and surface of the blank; rational design of the preform; less blank without oxidation heating; heating specifications and controlled cooling specifications ; Control the precision of mold manufacturing and use; select appropriate lubrication and cooling conditions.
Precision forging machine manufacturers tell you that precision die forging has significant advantages, saving metal and reducing cutting man-hours. However, due to the strengthening of the relevant links of die forging, part of the cost will increase. Therefore, whether to choose a precision die forging process for a specific product should be comprehensively considered according to the comprehensive economic indicators of the production of finished parts and the special requirements of the structure and performance of the parts.