Forgings are important basic components in the mechanical industry, with functions such as bearing heavy loads and transmitting power. With the continuous development and popularization of industrialization, the demand for forgings has also increased, and the rapid development of forging technology has provided more space for optimizing prices.
In Hebei Province, China, there is an enterprise specializing in forging production – XX Company. In recent years, relying on advanced technological innovation methods, the company has actively promoted production line transformation, vigorously promoted digital technology, improved product processing accuracy, and efficiency in one-time mold manufacturing, thereby reducing production costs and improving product competitiveness.
Taking the production of automotive parts as an example, the company has developed a new high-speed cold heading and forging technology. Through reasonable adjustments to forging material, blank size, and mold parameters, it has achieved a significant increase in production efficiency while ensuring the strength and stability of forgings, providing customers with more cost-effective products. In addition, through the application of 3D printing technology, the company has also developed more sophisticated and reliable special-shaped molds. By accurately simulating the geometric parameters and support structure of the molds, high-speed and precise forging can be achieved, effectively solving quality issues that often occurred in the production line in the past.
In addition to strengthening the application of digital technology, the company also pays attention to product quality control. Utilizing robot automatic inspection technology, it comprehensively monitors and tests forgings on the production line to ensure stable and reliable product quality. At the same time, relying on IoT technology and big data analysis, the company has classified management for different customers and product types and recorded the entire production and manufacturing process to ensure production efficiency, reduce production costs, and improve product delivery response speed.
It can be seen that technological innovation has brought more innovative concepts and efficient production technologies to forging production, effectively improving product quality and competitiveness. In the future, with the deepening development of informatization and intelligence, this production concept based on technological innovation will be more widely applied and promoted, providing stronger support for the long-term development of industrial fields such as forging.
