With the continuous development of science and technology, servo precision forging press has become an important equipment in modern industrial manufacturing. It achieves high-precision forging of the workpiece by precisely controlling the motion of the servo motor, and is widely used in various industries such as automobile, aerospace and energy. This paper will focus on the application of servo precision forging press in industrial production, and demonstrate its advantages through a practical production case.

1. Application of servo precision forging press

1. Automotive industry: Servo precision forging presses play an important role in automotive manufacturing. It can be used to produce engine parts, transmission system components, suspension system parts, etc. By precisely controlling the pressure, speed and stroke during the forging process, the servo precision forging press ensures the dimensional accuracy and surface quality of the parts, thereby improving the performance and life of the vehicle.

2. Aerospace: The aerospace industry places high demands on the quality and performance of parts. By optimizing the forging process, servo precision forging presses can produce aerospace parts with high strength, high corrosion resistance and high temperature properties, such as turbine blades and structural parts. These parts need to undergo rigorous quality inspection and environmental adaptability testing to ensure aerospace safety and reliability.

3. Energy industry: In the energy industry, servo precision forging presses are mainly used to produce petroleum machinery parts, wind turbine parts, etc. By precisely controlling each parameter in the forging process, servo precision forging presses can produce parts with excellent mechanical properties and fatigue resistance, thereby increasing the efficiency and life of the equipment.

2. Actual production cases

For example, a company producing automotive transmission parts uses a servo precision forging press to produce clutch plates. Clutch plate is a key part in the automobile transmission system, and its quality and performance directly affect the shifting smoothness and service life of the automobile.

In the production process, the company uses the precise control ability of the servo precision forging press to optimize the forging process of the clutch plate. Firstly, the precise control of the pressure, speed and stroke in the forging process ensures that the dimensional accuracy and surface quality of the clutch plate meet the design requirements. Secondly, through the control of forging temperature and cooling speed, the internal organization of the clutch plate is refined, and its strength and wear resistance are improved.

The clutch disc produced by servo precision forging press has been proved to be excellent in shifting smoothness, service life and wear resistance. At the same time, due to the optimization of the forging process, the enterprise also achieved the reduction of production costs and the improvement of production efficiency.

In short, servo precision forging press is widely used in industrial production and the effect is remarkable. By precisely controlling the motion of the servo motor, it can achieve high-precision forging of the workpiece to meet the high requirements of parts quality and performance in various industries. In the actual production process, enterprises can choose the right servo precision forging press according to their own needs, and optimize the forging process according to the actual production situation, improve product quality and production efficiency.