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JIUJU Electronic Magnetizers: Solving Industry Pain Points and Achieving the Optimal Balance of Performance and Cost

End-to-End Solution for Magnetization Automation

In the field of electronics manufacturing, the magnetization quality of permanent magnetic components directly determines the performance of end products, and the magnetization equipment ofPerformance Stabilitytogether withComprehensive cost of useThe magnetizer has always been the core conflict point in the production decision of enterprises. How to protect the magnetization accuracy and efficiency, while controlling energy consumption, operation and maintenance and equipment wear and tear costs, has become an industry pain point that many manufacturing enterprises need to be resolved. By virtue of the technical innovation and engineering design that deeply meets the production needs, JUJU electronic magnetizer successfully breaks the inherent cognition of "high performance must be high cost", and provides the optimal solution for customers in the industry to take into account both efficiency and quality.

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In response to the core demands of enterprises on the efficiency and precision of magnetization, JiuJu Electronic Magnetizer is designed with the following featuresTransformer boost + pulse phase shift control technologyBuilding the cornerstone of performance. The transformer boost module can instantly increase the input voltage to the threshold required for magnetization, forming a strong and stable magnetic field, which significantly shortens the time consuming process of permanent magnet magnetization and directly improves the production line's beat-to-beat efficiency; the pulse phase-shift control technology realizes the precise adjustability of magnetic field parameters, which can dynamically match the magnetization strength and direction according to the characteristics of different specifications and materials of permanent magnets, fundamentally guaranteeing the consistency of the performance of the magnets in mass production, and meeting the stringent requirements of high-end electronic components for magnetic performance tolerances, effectively reducing the rework rate of products caused by poor performance. The magnetic field parameters are precisely adjustable, which can dynamically match the magnetizing strength and direction according to the characteristics of permanent magnets of different sizes and materials, thus ensuring the consistency of magnet performance in mass production.

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In the dimension of cost control, JUJI electronic magnetizers realize the double value of "cost reduction and efficiency increase" for customers through the optimized design of the whole chain. High-performance magnetization technology not only improves the capacity per unit time, but also significantly reduces the energy consumption per unit product, which saves considerable electricity expenses in the long term.Intelligent dual cooling system(Air-cooled + Liquid-cooled) Through real-time temperature monitoring and dynamic heat dissipation mode switching, it avoids the problems of coil aging and magnetic circuit loss caused by overheating of traditional equipment, and significantly extends the MTBF of the equipment, which indirectly reduces the cost of maintenance and downtime as well as the cost of core component replacement.

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Lean selection of structure and materials is another key to balancing cost and performance of JUJI electronic magnetizers. The multi-layer close-wound coil made of high-purity oxygen-free copper ensures extremely low resistance and reduces energy loss, and at the same time, it has more cost advantages than rare metal materials, realizing the dual goals of "low-cost materials + efficient energy transmission"; the specially designedspiral-nested magnetic circuit structureIn addition, it can generate a highly uniform magnetic field environment to ensure consistent magnetizing strength in all parts of the magnet, which completely solves the common problems in the industry such as local weak magnetism and uneven magnetic properties, and replaces the high-cost magnetic circuit compensation scheme with optimized structural design to achieve the optimal balance between the magnetizing effect and the manufacturing cost.

In addition, the device comes with aIntelligent Operating SystemIt further reduces the management and labor cost of the enterprise. Graphical parameter setting interface simplifies the operation process, new employees can be on duty after simple training, reducing the dependence on highly skilled operators; real-time data monitoring and abnormal alarm function allows managers to grasp the key parameters such as voltage, current, temperature and other key parameters in the process of magnetization at any time, and intervene in abnormal working conditions in time to avoid quality accidents in the batch. JiuJu electronic magnetizer is oriented to customer demand, through the deep integration of technology, design and intelligence, it really realizes the industry breakthrough of "high performance but not high cost", and provides strong equipment support for electronic manufacturing enterprises to enhance their core competitiveness.

Magnetization of Magnetic Materials
3C Electronic Magnetization
Motor Rotor Magnetization
Car Speaker Magnetization
New Energy Vehicle Industry
Medical Equipment Industry
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Video on Automatic Magnet Magnetization—Jiuju Magnetizer

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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.

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异形钐钴磁铁外形不规则,磁极排布复杂,加之钐钴材料耐高温、矫顽力高,充磁时极易出现磁场不均、偏充等问题,对工装与工艺参数要求较高。

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电机运行出现异响、动力输出衰减、能耗升高等问题,很多故障并非绕组或轴承损坏,根源来自磁场分布不均。

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异形钐钴磁铁外形不规则,磁极排布复杂,加之钐钴材料耐高温、矫顽力高,充磁时极易出现磁场不均、偏充等问题,对工装与工艺参数要求较高。

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烧结钕铁硼磁环广泛应用于电机、传感器等精密设备,多极充磁对磁场均匀度、磁极定位精度要求严苛。

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电机运行出现异响、动力输出衰减、能耗升高等问题,很多故障并非绕组或轴承损坏,根源来自磁场分布不均。

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针对音响喇叭磁路不良返工、成品失磁修复及生产制程剩磁消除需求,久巨提供充退磁一体化工艺解决方案,覆盖全尺寸内磁、外磁式喇叭磁路组件。

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异形钐钴磁铁外形不规则,磁极排布复杂,加之钐钴材料耐高温、矫顽力高,充磁时极易出现磁场不均、偏充等问题,对工装与工艺参数要求较高。

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烧结钕铁硼磁环广泛应用于电机、传感器等精密设备,多极充磁对磁场均匀度、磁极定位精度要求严苛。

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电机运行出现异响、动力输出衰减、能耗升高等问题,很多故障并非绕组或轴承损坏,根源来自磁场分布不均。

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2026年9月13日

针对音响喇叭磁路不良返工、成品失磁修复及生产制程剩磁消除需求,久巨提供充退磁一体化工艺解决方案,覆盖全尺寸内磁、外磁式喇叭磁路组件。

久巨异形衫钴磁铁充磁工艺案例视频—久巨充磁机

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异形钐钴磁铁外形不规则,磁极排布复杂,加之钐钴材料耐高温、矫顽力高,充磁时极易出现磁场不均、偏充等问题,对工装与工艺参数要求较高。

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电机运行出现异响、动力输出衰减、能耗升高等问题,很多故障并非绕组或轴承损坏,根源来自磁场分布不均。

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久巨异形衫钴磁铁充磁工艺案例视频—久巨充磁机

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2026年9月12日

异形钐钴磁铁外形不规则,磁极排布复杂,加之钐钴材料耐高温、矫顽力高,充磁时极易出现磁场不均、偏充等问题,对工装与工艺参数要求较高。

烧结钕铁硼磁环充磁工艺案例视频—久巨充磁机

烧结钕铁硼磁环充磁工艺案例视频—久巨充磁机

2026年9月11日

烧结钕铁硼磁环广泛应用于电机、传感器等精密设备,多极充磁对磁场均匀度、磁极定位精度要求严苛。

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