The press plays a key role in the forging process, which can process blocky or rod-like metal materials into parts of various shapes by pressurizing and plastic deformation of metal materials. With the continuous improvement of forging requirements in lightweight development, servo presses instead of traditional presses, the efficient production of lighter and stronger products has become the label of servo presses in the forging industry.

Traditional presses use high pressure and high speed to press and forge metal materials, which can cause plastic deformation of raw materials under stress, thereby changing the internal structure and properties of the material. By precise control parameters, the servo press can obtain forgings with excellent mechanical properties, such as higher strength and better fatigue resistance.

Under the design concept of lightweight, through reasonable design and use of the characteristics of servo press, the weight of forging can be reduced while maintaining its strength. With the help of servo presses, special forging processes, such as extrusion, drawing, precision forging, etc., can be used to achieve more complex shapes of forgings and reduce the amount of material used while maintaining strength.

In addition, the efficient production capacity of the servo press also provides strong support for the lightweight forging. Efficient production speed and high-volume processing capacity can meet the demand for lightweight products in all walks of life, improve production efficiency and reduce costs. At the same time, the servo press can also achieve intelligent production through an automated control system, further improving efficiency and stability.

In short, servo presses play an important role in the lightweight development of forgings, which help achieve lighter and stronger products through high pressure and high speed processing capabilities, and improve production efficiency and quality stability.