In response to the increasing demand for modern industrial equipment, we have undertaken a comprehensive technical upgrade of a 60-year-old German rolling mill. By integrating a new auxiliary feed drive system, redesigning the stand structure, and upgrading to a CNC control system, this classic machine has been transformed into a high-efficiency tool for modern manufacturing.

　　1. Enhanced Efficiency with Auxiliary Feed Drive

　　To address inefficiencies in the original material feeding process, we designed and installed a state-of-the-art auxiliary feed drive system. This innovation improves the precision and speed of material transport, minimizes load imbalances during operation, and ensures smoother and more stable production.

　　2. Structural Optimization with Secondary Stand Design

　　Retaining the core structure of the original equipment, we conducted a comprehensive secondary design of the mill stand. Using Finite Element Analysis (FEA), we optimized the stress distribution, reinforced critical areas for greater strength and durability, and applied advanced heat treatment and anti-corrosion coatings to extend the machine’s lifespan.

　　3. Embracing Smart Manufacturing with CNC Upgrades

　　The upgraded rolling mill now features a cutting-edge CNC control system, enabling precise automation. With real-time monitoring, remote control, and intelligent diagnostics, operations are more efficient and user-friendly while reducing manual intervention risks. The integration of digital technology boosts production efficiency and delivers significant cost savings for the enterprise.

　　This transformation showcases the perfect synergy between classic equipment and modern technology, underscoring our leadership in industrial machinery innovation. Moving forward, we remain committed to providing smarter, more efficient solutions to help our clients embrace the future of manufacturing!