The application of servo press in forging production can realize the automation and intelligence of forging production, thus creating a new model of intelligent factory. Specifically, the following steps can be taken:

Select the right servo press: According to the needs and process requirements of forging, select a servo press with high precision, high stability and high rigidity to meet the requirements of forging production.

Design intelligent control system: The use of sensors, PLC controller and other devices to monitor and control the parameters in the forging production process, such as temperature, pressure, displacement, etc. By collecting and analyzing these data, the intelligent control of forging production is realized. Remote monitoring and remote operation can be achieved by networking with the press.

Development of intelligent software system: Based on the characteristics and process requirements of servo press, develop a special software system to achieve intelligent management of forging production process. The software system may include production scheduling, production parameter optimization, fault diagnosis and other functions.

Introduction of robotic automated operation: Combined with servo presses, the introduction of robotic workstations to achieve automatic loading and unloading and subsequent processing of forging parts. According to the preset process and tasks, the robot automatically completes the operation of taking and placing, turning over, cleaning and so on, improving the production efficiency and product quality.

Data analysis and optimization: Through the analysis of the data collected in the production process of forging, with the help of artificial intelligence algorithms, optimize the production parameters and process flow to further improve production efficiency and product quality.

In short, the use of servo press to achieve automatic intelligent forging production can improve production efficiency, reduce labor costs, improve product quality, and provide an effective means for enterprises to build a new model of smart factories.