Video Case Study: Magnetizing Machine for Hollow-Cup Motor Rotors—Jiuju Motor Automatic Assembly Line

This video isMagnetizing Machine for Hollow-Cup Motor RotorsThis real-world production case study provides a comprehensive overview of the entire magnetization process for precision hollow-cup motor rotors used in fields such as humanoid robots, drones, and medical devices. The equipment employs an in-lineFull MagnetizationThis technology integrates processes such as automatic rotor loading, precise magnetization, surface magnetic field detection, and finished product unloading into a single system, enabling integrated magnetization and testing operations. It addresses industry pain points associated with traditional magnetization processes, such as uneven magnetic field distribution, difficulty in controlling magnetic leakage and gaps, and poor product consistency. The video clearly demonstrates the equipment’s ability to perform multi-station parallel operations, boosting production efficiency by more than 300% compared to traditional single-machine operations; The high magnetization saturation ensures uniform magnetic field distribution in the rotors, effectively reducing motor operating energy consumption. Combined with an in-line surface magnetic field detection system, it monitors magnetization quality in real time, preventing defective products from leaving the production line at the source. Furthermore, the equipment features a flexible design that allows for rapid adaptation to hollow-cup motor rotors of various specifications, meeting the production needs of small-batch, multi-variety manufacturing. It provides precision motor manufacturers with a highly efficient and stable rotor magnetization solution.