Servo forging press is widely used in automobile, aviation, machinery, military and other industries, mainly used in various metal materials free forging, die forging, top forging, rolling, extrusion and other processes.

Precise control of strike energy: The servo forging press enables precise strike energy control, ensuring that the energy of each strike is within the set range. The operator can set the strike energy reasonably according to the requirements of the forging and the process parameters to ensure that the forging is fully deformed.

Optimize process parameters: Operators can optimize parameters such as speed, time and interval according to different forging processes and forging requirements to improve the impact effect and product quality.

Ensure the normal operation of the equipment: regularly maintain the servo forging press, check the normal operation of the hydraulic system, oil pump pressure, transmission system and other components to ensure the stable operation of the equipment and safe production.

Improve operation skills: Train operators to improve their skill level to ensure operation standards and safe production.

Fourth, how to avoid the harm of insufficient energy

Timely maintenance of equipment: regular maintenance of forging equipment, find and timely treatment of equipment failures, to avoid the hydraulic system leakage, oil pump pressure and other problems caused by insufficient strike energy.

Optimization of process parameters: According to different forging process and forging requirements, reasonable setting of strike energy, speed and time parameters to ensure sufficient strike energy. Improve operation skills: Train operators to master equipment operation and maintenance methods to avoid insufficient strike energy caused by improper operation.

Strengthen quality inspection: In the production process, strengthen quality inspection and control, timely discover and deal with quality problems caused by insufficient energy to ensure product quality and performance.

Servo forging presses have significant advantages in creating high-quality forgings and avoiding the hazards of insufficient strike energy. By precisely controlling the striking energy, optimizing the process parameters, ensuring the normal operation of the equipment and improving the operation skills and other measures, the quality and performance of the forging can be effectively improved, and the production cost and scrap rate can be reduced. For the forging industry, the use of servo forging presses has become a necessary choice, helping to improve the production efficiency of enterprises and reduce production costs.