The fully automatic transformer core cutting line is a highly integrated intelligent manufacturing system engineered specifically for high-precision processing of electrical steel laminations. Designed to meet the stringent demands of transformer core production—where dimensional accuracy, geometric consistency, and assembly precision are critical—the line supports a wide range of core configurations, including step-lap designs, and integrates advanced capabilities such as V-notch cutting and multi-position punching.

At its core, the system employs a full-servo drive architecture: feeding, punching, and shearing operations are all executed by high-response servo motors, synchronized in real time via a high-performance PLC for sub-millisecond coordination. Operators interact with the system through an industrial-grade touchscreen HMI, enabling intuitive parameter setup, real-time monitoring, and seamless operation—even for complex job profiles.

Upon completion of cutting, each lamination is precisely stacked in sequence under servo-controlled positioning, ensuring neat, orderly accumulation on the receiving platform. This automated stacking not only safeguards material integrity but also streamlines downstream assembly processes.

More than just a cutting solution, this line represents a significant step toward intelligent, high-efficiency manufacturing of transformer cores—delivering superior repeatability, yield, and process reliability.