Forging is a processing method that uses a forging machine to apply pressure to a metal blank to plastically deform it to obtain a forging with certain mechanical properties, certain shape and size. Forging Parts nd Stamping Parts are one of the two major components. Forging has a long history in China, and it has been continued through the production method of manual workshops. Probably in the early 20th century, it gradually appeared in the railway, ordnance, shipbuilding and other industries with the production method of mechanical industrialization. The main hallmark of this shift is the use of machines with powerful forging capabilities. In the process of automobile manufacturing, Steel Forging Parts as well as other material forging parts have been widely used. With the advancement of science and technology and the continuous improvement of workpiece precision requirements, precision forging technology with high efficiency, low cost, low energy consumption, high quality and other advantages has been more and more widely used. According to the different deformation temperatures during metal plastic forming, precision cold forging can be divided into cold forging, temperature forming, sub-hot forging, hot precision forging, etc. The auto parts produced include: automobile clutch engagement ring gear, automobile transmission input shaft parts, bearing rings, automotive constant velocity universal joint sliding sleeve series products, automotive differential gears, automotive front axles, etc.

According to different production tools, forging technology can be divided into free forging, module forging, ring rolling and special forging. Forging has its advantages and disadvantages. For advantages: (1) Great forging flexibility, can produce small parts less than 100kg, and can also produce heavy parts up to 300t or more; (2) The tools used are simple general tools; (3) Forging forming is to gradually deform the billet in sub-regions, so the tonnage of forging equipment required for forging the same forging is much smaller than that of model forging; (4) The requirements for the accuracy of the equipment are low; (5) The production cycle is short.
While its disadvantages and limitations lies in:
(1) The production efficiency is much lower than model forging;
(2) The forgings have simple shape, low dimensional accuracy and rough surface; the labor intensity of workers is high, and the technical level is also high;
(3) It is difficult to realize mechanization and automation.

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