The Working Principle Of Electric Screw Press!

Jan 12, 2024

Leave a message

Electric screw press is an equipment used in the forging industry. The electric screw press has the characteristics of high versatility, simple structure, easy adjustment and maintenance, no lower dead center of the slider, easy mold design, and high forging accuracy. Suitable for various precision forging, finishing, pressing, embossing, straightening, and leveling processes. Electric screw press can be used for both hot forging and precision forging and finishing; It can be applied to both the pressure welding process of stainless steel double bottom pots and the precision forging of titanium alloy blades and other blades.

Electric screw press is an energy-saving precision forging press equipment. No mechanical transmission, servo motor direct drive, high transmission efficiency, low failure rate, fast motor speed, large torque, digital control energy release, can meet various process requirements for forging impact. Using a touch screen to achieve information exchange between operators and machines, making it convenient for users to set parameters such as impact energy and display machine faults.

The electric screw press has the characteristics of strong resistance to eccentric load, low mold stress, long service life, and high precision in forging forming. It is superior to other presses in terms of energy conservation and accurate control of striking force. There is no fixed bottom dead point, and there will be no machine crash. It can automatically complete cycle strikes and is suitable for processes such as forging, precision pressing, correction, bending, and stamping. It is an ideal forging press for industries such as trains, cars, tractors, aviation, hardware tools, medical equipment, tableware, etc.

The electric screw press has good body rigidity, high slider guidance accuracy, and strong anti offset load capacity. It can be used for multi station forging and is a new type of energy-saving and environmentally friendly press.