Hot forging press manufacturers tell you that hot forging equipment is widely used in automobiles, aviation, electronics, home appliances and other industrial fields. Among them, the automobile industry, as one of the symbols to measure a country's industrial level, is recognized by major industrial developed countries and emerging industries in the world today. The country lists it as a pillar industry of the national economy, and its development leads the development of forging technology and equipment. The development and progress of forging technology basically revolves around the development of the automobile industry.

The working principle of the Hot forging press is the same as that of the universal crank press. It converts the rotary motion of the main drive into the reciprocating motion of the slider through different forms of the crank-slider mechanism. , The lower mold realizes the forming of heated metal. The required forging force in the die forging process is mainly generated by the energy released by the reduction of the flywheel speed of the press. On the Hot forging press, various hot forging processes of metal profiles such as open die forging, closed die forging and extrusion can be completed, and multi-cavity hot forging can be carried out through manual operation or automatic transmission device. In addition to considering the size of the plane on the working table and the bottom surface of the slider, the stroke, the closing height and its adjustment, the selection of the Hot forging press is the most important thing to determine the working pressure of the press. At the same time, it must also be used The energy consumed during die forging is less than or equal to the maximum energy that the press can release.
Modern Hot forging press is composed of main actuator, main drive, clutch, brake, fuselage, pneumatic and electric control system, lubrication system, auxiliary mechanism and so on. Auxiliary mechanism refers to the device that expands the hot forging press process, reduces the adjustment time of the press and the mold, and improves the reliability of the press, mainly including upper and lower ejecting devices, quick mold change devices, closed height adjustment devices, balancers, Flywheel brakes, overload protection devices, pressure monitoring indicators, temperature monitoring, etc.