At the cutting edge of manufacturing, servo precision forging presses have won wide market recognition for their high precision, high efficiency and high reliability. Its excellent performance stems from its fine internal structure and the collaborative work of various components. Below, let us have an in-depth understanding of the structure and components of this machine, and through a practical production case, show its application in actual production.

First, the structure of servo precision forging press

Powerful heart: servo motor

Servo motor is the power source of servo precision forging press, and its performance directly affects the operating efficiency of the whole machine. Through the precision control system, the servo motor can achieve high-precision position, speed and torque control, ensuring that the press can work stably and efficiently under various working conditions.

Precise performers: ball screws and sliders

Ball screw is a key transmission component of servo precision forging press, which converts the rotating motion of the motor into the linear motion of the slider. The slider is directly involved in the forging process, and its accuracy and stability directly affect the quality and accuracy of the product. Therefore, the design and manufacture of ball screws and sliders require extremely high precision and quality.

Solid support: fuselage construction

The fuselage structure is the skeleton of the servo precision forging press, which needs to withstand huge pressure and impact. Therefore, the fuselage structure must have sufficient rigidity and stability to ensure that no deformation or damage will occur during long, high-intensity work.

Ii. Actual production cases:

Auto parts manufacturing

On the production line of a well-known auto parts manufacturer, a servo precision forging press is busy at work. Its task is to accurately punch a sheet of aluminum into the shape of a car hood. In this process, the servo motor precisely controls the trajectory and speed of the slider, ensuring that the aluminum plate will not be deformed or damaged during the stamping process. The ball screw converts the rotating motion of the motor into the linear motion of the slider, achieving a high-precision stamping process. The robust fuselage structure withstands tremendous impact pressure, ensuring stability and safety throughout the process.

Finally, through the precise stamping of the servo precision forging press, the pieces of aluminum are turned into well-shaped, high-quality car hoods. These hoods will be sent to the next process for subsequent processing and assembly, and eventually become an important part of the car.