Relying on the continuous breakthroughs in magnetizing technology, the laboratory not only helps the company launch a number of magnetizing machines and magnetizing equipment that have gained market recognition, but also becomes an important technical partner of Huawei, Foxconn and other head enterprises in the magnet processing process, which demonstrates that "JiuJu Magnetizing Technology" is recognized by the industry.
In the future, the laboratory will continue to focus on new energy automotive motors, high-end electroacoustic devices and other emerging areas of magnetic material magnetization needs, deepen the technology research and development and process iteration, to create a more accurate and efficient magnetizer and magnetization equipment solutions for customers, and to promote the industry's application of magnetic materials technology upgrade.

In the field of magnetizing technology research and development, JiuJu R&D laboratory has built up the core advantage of "talents + equipment + achievements", which provides strong support for the technological upgrading of magnetizing machine and magnetizing equipment.
At the team level, the laboratory brings together professionals from materials science, electronic engineering, mechanical design and other cross-disciplinary fields to conduct in-depth research on the magnetic properties of different magnetic materials, such as ferrite, NdFeB, AlNiCo, etc., and optimize the magnetic material magnetization scheme, laying the foundation for the breakthrough of the technology in the field of NdFeB magnetization, ferrite magnetization and other segments.
At the equipment level, the laboratory is equipped with a professional magnetization experimental platform, magnetic material testing instruments and environmental simulation devices, which can carry out the research and development and verification of various modes such as constant-current magnetization and pulse magnetization, and accurately test key indicators such as magnetization efficiency and magnetic field uniformity of the magnetization machine, so as to guarantee the stability of the performance of the magnetization equipment.
At the achievement level, the laboratory has overcome more than 30 magnetizing technical problems, and developed a series of magnetizing equipments that can realize diverse processes such as thickness magnetization, radial magnetization, multi-stage magnetization, etc., which can be adapted to different scenarios such as loudspeaker magnets, motor rotors, sensor cores, etc., and can meet the customers' high requirements on magnet performance, especially in the field of motor magnetization.