The benefits of optimizing and upgrading the pass design and rolling process in a rolling mill are significant.

In the past processing methods, rolling mills were mainly responsible for the rough rolling process, and small-sized rolling mills were predominantly used. At that time, the advantages of new and efficient rolling mills had not yet been fully realized. However, it is confirmed that this production process avoided many issues, such as errors in dimensional size and other drawbacks.

To effectively reduce the occurrence of adverse phenomena, a good approach is to enhance the research on rolling mill processes. Through continuous experimentation and improvement, two new design methods were developed: the elliptical hole type and the oval hole type. This achievement represents an upgrade and optimization of the rolling mill rolling process.

Due to the useful optimization and upgrading of the pass design and rolling process in the rolling mill, not only has the degree of loss been effectively reduced, but the production efficiency of rolling workpieces has also been improved. Therefore, from the overall results of the rolling process, it can be seen that design and optimization not only contribute to obtaining high precision in workpieces but also result in a significant improvement in their appearance. This, in turn, assists in enhancing the competitiveness of the enterprise in the market.