Jiu Ju Magnetizer
Video case of JiuJu motor magnetization: Don't worry about the magnetization of multi-model motors? One device can solve the problem
End-to-End Solution for Magnetization Automation
Automated Magnetic Charging Integrated Solution
In the face of multi-model motor magnetization selection problem, JUJI motor magnetizing equipment with high compatibility core design, accurate crack production pain points. The equipment completely breaks the traditional “one machine, one use” mode, and adopts the flexible switching solution of “changing jig + debugging program”, which can quickly adapt to different sizes, poles and magnetizing directions of motor products without the need to modify the whole machine. Easy to operate and efficient switching, it perfectly fits the flexible production needs of multi-category, small batch and high-frequency changeover, effectively improves the utilization rate of the production line, reduces the investment in equipment and switching costs, and provides a stable and efficient magnetizing solution for motor manufacturing enterprises.
Its strong compatibility stems from the modular magnetization control architecture and high-precision customized fixtures, with hardware and software optimized to ensure that different types of motors can achieve uniform saturation magnetization. Enterprises do not need to repeatedly purchase equipment for a single model, which effectively reduces equipment investment costs, saves workshop floor space, and significantly shortens changeover and debugging time, improving overall production efficiency. With the advantages of high compatibility, high efficiency and low cost, JUJI motor magnetizing equipment provides stable and reliable intelligent magnetizing solutions for motor manufacturing enterprises, and helps to upgrade the flexibility of production lines.
Magnetization of Magnetic Materials
3C Electronic Magnetization
Motor Rotor Magnetization
Car Speaker Magnetization
New Energy Vehicle Industry
Medical Equipment Industry
Video Case Study on the Magnetization Process for Jiuju Irregular-Shaped Cobalt Magnets—Jiuju Magnetizer
September 12, 2026
Irregularly shaped samarium-cobalt magnets have complex magnetic pole configurations. Combined with the high-temperature resistance and high coercive force of samarium-cobalt materials, this makes them highly prone to issues such as magnetic field non-uniformity and uneven magnetization during magnetization, placing high demands on tooling and process parameters.
Video Case Study on the Magnetization Process for Sintered Neodymium-Iron-Boron Magnetic Rings—Jiuju Magnetizer
September 11, 2026
Sintered neodymium-iron-boron magnetic rings are widely used in precision equipment such as motors and sensors; multipole magnetization imposes stringent requirements on magnetic field uniformity and the positioning accuracy of the magnetic poles.
Video Demonstrating How Jiuju Cobalt Magnets Achieve Stable Magnetization—Jiuju Magnetizer
September 9, 2026
Thanks to their high coercivity and high-temperature resistance, samarium-cobalt magnets are widely used in high-temperature precision applications, where stable and uniform magnetic output is key to ensuring their core performance.
Video on Automatic Magnet Magnetization—Jiuju Magnetizer
August 17, 2026
Magnetization itself is a physical process that takes place in milliseconds; what truly slows down the overall production cycle are the manual loading, unloading, and alignment and calibration steps. In manual magnetization mode, workers must pick up and place each part individually and verify the polarity direction, which takes several seconds per part. Production capacity fluctuates significantly depending on the workers’ skill level and fatigue, and the strong magnetic field environment also poses safety hazards.
Video Demonstrating the Magnetization of Jiuju High-Frequency Drivers—Jiuju Magnetizer
September 14, 2026
Problems such as unusual noises during motor operation, reduced power output, and increased energy consumption often stem not from damaged windings or bearings, but from uneven magnetic field distribution.
Video Demonstrating Jiuju's Magnetization Process for Antique Speakers—Jiuju Magnetizer
September 13, 2026
To address the need for rework due to defective magnetic circuits in audio speakers, the restoration of demagnetized finished products, and the elimination of residual magnetism during the production process, Jiuju offers an integrated magnetization and demagnetization process solution that covers magnetic circuit components for speakers of all sizes, including both internal and external magnet types.
Video Case Study on the Magnetization Process for Jiuju Irregular-Shaped Cobalt Magnets—Jiuju Magnetizer
September 12, 2026
Irregularly shaped samarium-cobalt magnets have complex magnetic pole configurations. Combined with the high-temperature resistance and high coercive force of samarium-cobalt materials, this makes them highly prone to issues such as magnetic field non-uniformity and uneven magnetization during magnetization, placing high demands on tooling and process parameters.
Video Case Study on the Magnetization Process for Sintered Neodymium-Iron-Boron Magnetic Rings—Jiuju Magnetizer
September 11, 2026
Sintered neodymium-iron-boron magnetic rings are widely used in precision equipment such as motors and sensors; multipole magnetization imposes stringent requirements on magnetic field uniformity and the positioning accuracy of the magnetic poles.
Video Demonstrating the Magnetization of Jiuju High-Frequency Drivers—Jiuju Magnetizer
September 14, 2026
Problems such as unusual noises during motor operation, reduced power output, and increased energy consumption often stem not from damaged windings or bearings, but from uneven magnetic field distribution.
Video Demonstrating Jiuju's Magnetization Process for Antique Speakers—Jiuju Magnetizer
September 13, 2026
To address the need for rework due to defective magnetic circuits in audio speakers, the restoration of demagnetized finished products, and the elimination of residual magnetism during the production process, Jiuju offers an integrated magnetization and demagnetization process solution that covers magnetic circuit components for speakers of all sizes, including both internal and external magnet types.
Video Case Study on the Magnetization Process for Jiuju Irregular-Shaped Cobalt Magnets—Jiuju Magnetizer
September 12, 2026
Irregularly shaped samarium-cobalt magnets have complex magnetic pole configurations. Combined with the high-temperature resistance and high coercive force of samarium-cobalt materials, this makes them highly prone to issues such as magnetic field non-uniformity and uneven magnetization during magnetization, placing high demands on tooling and process parameters.
Video Case Study on the Magnetization Process for Sintered Neodymium-Iron-Boron Magnetic Rings—Jiuju Magnetizer
September 11, 2026
Sintered neodymium-iron-boron magnetic rings are widely used in precision equipment such as motors and sensors; multipole magnetization imposes stringent requirements on magnetic field uniformity and the positioning accuracy of the magnetic poles.
Video Demonstrating the Magnetization of Jiuju High-Frequency Drivers—Jiuju Magnetizer
September 14, 2026
Problems such as unusual noises during motor operation, reduced power output, and increased energy consumption often stem not from damaged windings or bearings, but from uneven magnetic field distribution.
Video Demonstrating Jiuju's Magnetization Process for Antique Speakers—Jiuju Magnetizer
September 13, 2026
To address the need for rework due to defective magnetic circuits in audio speakers, the restoration of demagnetized finished products, and the elimination of residual magnetism during the production process, Jiuju offers an integrated magnetization and demagnetization process solution that covers magnetic circuit components for speakers of all sizes, including both internal and external magnet types.
Video Case Study on the Magnetization Process for Jiuju Irregular-Shaped Cobalt Magnets—Jiuju Magnetizer
September 12, 2026
Irregularly shaped samarium-cobalt magnets have complex magnetic pole configurations. Combined with the high-temperature resistance and high coercive force of samarium-cobalt materials, this makes them highly prone to issues such as magnetic field non-uniformity and uneven magnetization during magnetization, placing high demands on tooling and process parameters.
Video Case Study on the Magnetization Process for Sintered Neodymium-Iron-Boron Magnetic Rings—Jiuju Magnetizer
September 11, 2026
Sintered neodymium-iron-boron magnetic rings are widely used in precision equipment such as motors and sensors; multipole magnetization imposes stringent requirements on magnetic field uniformity and the positioning accuracy of the magnetic poles.
Video Demonstrating the Magnetization of Jiuju High-Frequency Drivers—Jiuju Magnetizer
September 14, 2026
Problems such as unusual noises during motor operation, reduced power output, and increased energy consumption often stem not from damaged windings or bearings, but from uneven magnetic field distribution.
Video Demonstrating Jiuju's Magnetization Process for Antique Speakers—Jiuju Magnetizer
September 13, 2026
To address the need for rework due to defective magnetic circuits in audio speakers, the restoration of demagnetized finished products, and the elimination of residual magnetism during the production process, Jiuju offers an integrated magnetization and demagnetization process solution that covers magnetic circuit components for speakers of all sizes, including both internal and external magnet types.
Video Case Study on the Magnetization Process for Jiuju Irregular-Shaped Cobalt Magnets—Jiuju Magnetizer
September 12, 2026
Irregularly shaped samarium-cobalt magnets have complex magnetic pole configurations. Combined with the high-temperature resistance and high coercive force of samarium-cobalt materials, this makes them highly prone to issues such as magnetic field non-uniformity and uneven magnetization during magnetization, placing high demands on tooling and process parameters.
Video Case Study on the Magnetization Process for Sintered Neodymium-Iron-Boron Magnetic Rings—Jiuju Magnetizer
September 11, 2026
Sintered neodymium-iron-boron magnetic rings are widely used in precision equipment such as motors and sensors; multipole magnetization imposes stringent requirements on magnetic field uniformity and the positioning accuracy of the magnetic poles.
Video Demonstrating the Magnetization of Jiuju High-Frequency Drivers—Jiuju Magnetizer
September 14, 2026
Problems such as unusual noises during motor operation, reduced power output, and increased energy consumption often stem not from damaged windings or bearings, but from uneven magnetic field distribution.
Video Demonstrating Jiuju's Magnetization Process for Antique Speakers—Jiuju Magnetizer
September 13, 2026
To address the need for rework due to defective magnetic circuits in audio speakers, the restoration of demagnetized finished products, and the elimination of residual magnetism during the production process, Jiuju offers an integrated magnetization and demagnetization process solution that covers magnetic circuit components for speakers of all sizes, including both internal and external magnet types.
Video Case Study on the Magnetization Process for Jiuju Irregular-Shaped Cobalt Magnets—Jiuju Magnetizer
September 12, 2026
Irregularly shaped samarium-cobalt magnets have complex magnetic pole configurations. Combined with the high-temperature resistance and high coercive force of samarium-cobalt materials, this makes them highly prone to issues such as magnetic field non-uniformity and uneven magnetization during magnetization, placing high demands on tooling and process parameters.
Video Case Study on the Magnetization Process for Sintered Neodymium-Iron-Boron Magnetic Rings—Jiuju Magnetizer
September 11, 2026
Sintered neodymium-iron-boron magnetic rings are widely used in precision equipment such as motors and sensors; multipole magnetization imposes stringent requirements on magnetic field uniformity and the positioning accuracy of the magnetic poles.
English 
Chinese 
Russian 
Vietnamese 
Korean 
Thai 
French 
Spanish 
Japanese 
Hindi 
Bengali 
Portuguese