The forging machinery industry has traditionally been considered to be a simple and extensive device, and the use environment is far worse than other machine tools. Despite the considerable number of high-level products, finely-made casting equipment, forging equipment and even complete production lines, it is still difficult to change the status quo of low entry barriers and extensive manufacturing.

For small and medium-sized and ordinary products, we only solve the problem of whether or not there are high-end products, and the problems are even more prominent in terms of large, heavy and special equipment. The domestic market share of our domestic CNC machine tools has reached 57, but most of this occupancy data is low-end CNC machine tools, which is a low proportion of the high-end parts.

Precision forging technology is one of the development trends of forging technology in developed countries. Precision forging technology can improve product accuracy, reduce raw material consumption, improve mold life, reduce processing waste, reduce energy consumption and reduce costs. Precision forging technology has put forward new requirements for forging machinery. For this reason, precision forging press equipment such as hot forging press, cold forging, warm forging press and fine punching press are widely used in developed countries. Thanks to the large-scale use of precision forging equipment, the forgings produced in developed countries can reach a high level of precision, for example, can produce precision connecting rods with a quality tolerance of less than ±1; the precision of the diameter of a large number of car parts forgings can reach 002mm, concentricity ;005mm, the machining allowance of the part only leaves 030mm grinding amount, which realizes the near net shape.

China Industrial Research Network released the China Forging Machinery Manufacturing Industry Status Survey and Development Trend Analysis Report (2017-2023) that high efficiency is the combination of high speed and compounding to improve processing efficiency. In order to achieve efficient production, forging machinery in developed countries has two development directions: First, the development of higher speed, faster cycle forging host, such as the ** Japanese electric production Jingli production of small high-speed punch production beats can It reaches 4000spm; the second is to develop forging machine tools that use composite processing technology. For example, Germany, the United States, and Japan have successively developed laser blanking compound machine tools. The die cutting and laser cutting are organically combined, and the workpiece can be punched once. , punching, flanging, shallow drawing, cutting and other processes, to maximize the auxiliary time, especially for the processing of multi-hole and complex panel-like workpieces and multi-variety small batch sheet processing. Green energy conservation and emission reduction is a common issue in the world as a whole, so the energy saving of forging machinery is of great significance. Forging forming needs to overcome huge deformation resistance, and the conventional ordinary press has a large volume and high energy consumption. The electric servo drive press brings new hopes for the energy saving of the forging machine. The electric servo drive press removes the flywheel, the clutch and the brake, and the structure is greatly simplified. Not only the slider movement characteristics are arbitrarily adjustable, but also the energy saving effect is obvious. As of ** abroad, electric servo direct drive technology has been applied to various presses such as screw presses, punching machines, hydraulic presses, cross wedge rolling mills, and bending machines.

"China Forging Machinery Manufacturing Industry Status Survey and Development Trend Analysis Report (2017-2023)" conducts specific investigation, research and analysis on the relevant factors of the forging machinery manufacturing industry, and gains insight into the future development direction of the forging machinery manufacturing industry and the competition of the forging machinery manufacturing industry. The evolution trend of the pattern, the technical standards for forging machinery manufacturing, the scale of forging machinery manufacturing market, the potential problems of the forging machinery manufacturing industry and the crux of the development of the forging machinery manufacturing industry, assessing the investment value of the forging machinery manufacturing industry, the efficiency of the forging machinery manufacturing effect, and proposing construction Sexual advice suggests that it provides a reference for investment decision makers and forging machinery manufacturers in the forging machinery manufacturing industry.