The advantages of servo electric screw press in energy saving and environmental protection in forging production are mainly reflected in the following aspects:

Efficient energy utilization: The servo electric screw press is driven by a servo motor, which has the characteristics of efficient energy utilization. The servo motor can precisely adjust the speed and torque according to the actual demand, avoiding the waste of energy. Compared to traditional hydraulic or pneumatic drives, servo electric screw presses can significantly reduce energy consumption.

Reduce standby energy consumption: In the standby state of the servo electric screw press, the servo motor is not rotating, which means that almost no energy is consumed during the standby process. When the traditional hydraulic press is on standby, the hydraulic system needs to maintain constant pressure, and the motor has been rotating, which consumes more electric energy. Therefore, servo electric screw presses have obvious advantages in reducing standby energy consumption.

Reduce environmental pollution: The servo electric screw press does not need to use hydraulic oil as the transmission medium, so there is no oil leakage and pollution of the environment. Compared with traditional hydraulic presses, servo electric screw presses are more environmentally friendly and meet the requirements of modern industry for green production.

Energy recovery technology: The servo electric screw press can also be equipped with an energy recovery system to recover and reuse excess energy generated during the press assembly process. This technology can further improve energy efficiency, reduce energy waste, and reduce the impact on the environment.

In summary, the servo electric screw press has significant advantages in energy conservation and environmental protection in forging production, and provides strong support for the sustainable development of forging production through efficient energy utilization, reducing standby energy consumption, reducing environmental pollution and energy recovery and other technical means.