Servo presses have the characteristics of high precision, high efficiency, multi-function, low noise and energy saving. Servo presses are driven by servo motors, which can achieve very precise pressure control with a control accuracy of more than 0.1%, which can meet customers' high requirements for products. Its ability to respond quickly and change speed quickly enables servo presses to quickly complete pressure processing tasks and improve production efficiency. In addition, servo presses can achieve a variety of pressing methods to adapt to different process requirements, and can automatically calibrate and adjust during the processing process, further improving production efficiency and processing quality. The low noise characteristics of servo presses reduce environmental impact. At the same time, the use of servo motors drives energy consumption of more than 60% lower than that of traditional presses, saving energy.
Servo presses are used in industries such as metal forging and refractory materials. Due to the CNC characteristics of servo motors, servo presses can arbitrarily program the stroke, speed and pressure of the slider, and can reach the nominal tonnage even when running at low speeds. This flexibility makes servo presses perform well in various industrial applications, especially in production environments that require high precision and high efficiency.
The difference between a servo press and a hydraulic press lies in the driving mode and energy consumption. A servo hydraulic press uses a servo motor to drive the main transmission oil pump, reduces the control valve circuit, and controls the hydraulic press slide. It is suitable for processes such as stamping, die forging, press fitting, and straightening. Traditional hydraulic presses are usually driven by hydraulic systems, which have high energy consumption and low control accuracy. A servo press is driven by a servo motor, which has higher energy utilization and lower energy consumption.
