One of the key technologies to improve the manufacturing efficiency of copper forgings is to adopt automated production measures. The following are several automated production measures that can be applied to copper forging manufacturing: Digital design and simulation: The use of computer aided design (CAD) software for product design and mold design, and simulation analysis to optimize product structure and mold construction, improve manufacturing accuracy and adaptability. This can reduce the amount of manual adjustment and correction work, and shorten the manufacturing cycle. Automatic forging equipment: The introduction of modern automatic forging equipment, such as CNC forging press, robot operating system, etc., can realize the automation and full control of the forging process. This can improve the processing accuracy and consistency of forgings, reduce the need for manual operation, and improve production efficiency. Automated inspection and quality control: Automated inspection equipment and online quality control system can monitor the size, deformation and defects of forgings in real time to ensure stable and consistent product quality. In this way, the subjectivity and omission of manual inspection can be avoided, and production efficiency and product qualification rate can be improved. Material management automation: Automatic material supply system and intelligent warehouse management system are used to achieve automatic distribution and inventory management of raw materials. This improves the timeliness and accuracy of material supply, reduces scrap and inventory costs, and streamlines material handling during production. Data integration and intelligent control: Through the establishment of production data acquisition system and information management platform, to achieve real-time collection, analysis and statistics of production data. By using the intelligent analysis and control of data, the optimization and automatic adjustment of the production process can be realized, and the production efficiency and product quality can be improved. The application of these automated production measures can effectively improve the efficiency and productivity of copper forging manufacturing, while reducing production costs and manual operation risks. However, when implementing automated production measures, it is necessary to fully consider factors such as equipment investment cost, technical level and worker skill matching, as well as the development of appropriate training plans and a sound management system to ensure the stable operation and optimal effect of the automated system.
