With the development of forging technology, all kinds of forging processes are developing in a more precise and innovative direction, and their application effect is also gradually improving. Mass production of various machine tools and components with different performance, shape and size has become possible. First, precision module forging technology: This forging technology is put forward on the basis of common modular forging technology, it mainly improves the accuracy of module forging, so as to improve precision and environmental protection of forging. At present, the application prospect is better, that is, no flex hot module forging technology, no flex temperature module forging technology and warm and cold composite forming and forging technology. Because of the different application conditions, the forging cost and performance of the three parts are also slightly different. Second, the forging technology of Large Forgings: with the development of social and economic construction, the demand for large mechanical equipment gradually increased, therefore, the relevant technical personnel in such cases, the forging technology of large forgings is proposed, according to the size and weight of forging to improve the size and the weight of steel ingot, and focuses on the interior structure the loose and holes to resolve the problems such as strategy, in order to improve the effect of forging of large forgings. In addition, during the development of forging technology, we need to optimize the forging speed calculation and forming process, so as to improve the application efficiency of forging technology. Third, multicomponent forging technology: with the continuous emergence of various new materials, the materials that can be selected for forging can also increase gradually, which will play an important role in improving the efficiency and quality of forging and improving the strength of forgings. At present, more commonly used materials are the main Aluminum Alloy forging materials, titanium alloy, magnesium alloy, the alloy material of the multi scale precision forming and forging quality improvement, forging processing methods are of equal importance, will be the future of forging technology development process, is one of the main research problems.