Industrial

With core characteristics such as high magnetic flux density, low loss, high efficiency and energy saving, and stable reliability, CJL permanent magnet assemblies are widely compatible with industrial applications and have become core supporting components in key fields such as intelligent manufacturing, energy and power, rail transit, and high-end equipment. Their application value and advantages are particularly prominent: In intelligent manufacturing scenarios, they can serve as the core magnetic components for servo motors of precision machining machine tools and robots on automated production lines. With the advantages of high-precision magnetic transmission and low energy consumption, they improve equipment operating stability, response speed, and positioning accuracy, adapt to complex working conditions such as flexible production and precision assembly, and help enterprises reduce production energy consumption and operation and maintenance costs; In the energy and power field, they can provide high-stability magnetic components that are resistant to high and low temperatures and sand and wind for permanent magnet generators in wind power and photovoltaic projects, improving energy conversion efficiency. They can also be applied to energy storage power stations and grid frequency regulation systems to achieve rapid energy response and precise dispatch, and can replace traditional induction motor components to complete industrial energy-saving retrofits, significantly reducing equipment energy consumption; In rail transit and high-end equipment fields, their advantages of high power density and strong environmental adaptability are significant. They can improve power performance and reduce train weight for rail transit traction systems, meeting the needs of high-speed operation and frequent start-stop, and can also provide miniaturized, high-precision magnetic transmission and magnetic control functions for aerospace supporting equipment and precision instruments, withstanding special working conditions such as vacuum and strong vibration. In addition, the products support customized services such as magnetic circuit optimization design, precise parameter matching, and special material adaptation, achieving seamless integration with customers’ existing equipment and production processes, and maximizing the core value of permanent magnet assemblies in energy saving and efficiency improvement and performance upgrading.