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Smart Automation: Paving the Way to Success

Pioneering Industrial Advancement with Intelligent Solutions

Frequently Asked Questions

  • Are traditional magnetizers complicated to operate and inefficient? Can this equipment achieve high-efficiency magnetization?

    1815

    The JIUJU magnetizer addresses the challenges of complex operation and low efficiency in conventional equipment. Centered on scientific structural design, transformer step-up, and pulse phase-shifting control technology, and equipped with a one-button start function, it supports synchronous magnetization of multiple magnetic rings. The system is compatible with various permanent magnet specifications, allowing precise control of magnetic field strength. By simplifying operational procedures, it significantly improves production efficiency, serving applications in motor manufacturing, electronic devices, and new energy industries…

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  • How to ensure high performance of electronic magnetizers while controlling costs?

    1686

    As the core equipment of electronic manufacturing, JiuJu electronic magnetizer relies on advanced technologies such as transformer boost phase control, with high-purity oxygen-free copper coils and special spiral nesting structure, combined with intelligent operating system, to shorten the magnetization time, reduce energy consumption and maintenance costs, while ensuring the accuracy, stability and consistency of the magnetization of the magnet. It not only meets the high requirements of high-end manufacturing industry on equipment performance, but also...

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  • How can a motor magnetizer achieve high-intensity magnetization within 1 minute?

    1959

    Relying on the magnetizing technology, high purity oxygen-free copper coil design, intelligent control and dual heat dissipation system, JUJI Motor Magnetizer can accurately match the parameters to the characteristics of different magnet materials, and complete the high-intensity magnetization within 1 minute. The equipment takes into account the magnetization efficiency and stability, and is suitable for small precision motor magnets to large industrial magnetic assemblies, meeting the stringent demands of industrial mass production for efficient magnetization, and providing high performance magnetization for motors....

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  • Why is high-speed, high-precision assembly of multi-pole magnets a critical challenge for mass production of new energy motors?

    1872

    JIUJU addresses this core challenge in new energy motor mass production through a ‘pre-positioning protrusion + arc fitting’ structural design and a ‘zoned magnetization + laser marking’ process. This reduces magnet assembly time from 8 seconds to 2 seconds and lowers polarity misalignment rates to below 0.1%. The system supports flexible adjustment from 8 to 24 poles, with model changeover requiring only 5 minutes, perfectly balancing high-speed assembly with high-precision performance…

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  • Core Considerations for Selecting Magnetization Equipment: Six Key Technical Indicators to Monitor

    1913

    In manufacturing scenarios that rely on magnetic steel, such as motors and speakers, the technical specifications of magnetization equipment directly impact magnet performance and product yield. This article analyzes six key indicators, including magnetization uniformity and magnetic field strength range, to help you make precise equipment selection and improve production efficiency.

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  • Struggling with low output quality and high energy costs? High-power magnetization equipment delivers a complete one-stop solution.

    1810

    JIUJU high-power magnetization equipment addresses key pain points in permanent magnet manufacturing. With patented multi-pole magnetization heads and energy recovery technology, it achieves over 99% yield, reduces energy consumption by 60%, and reaches a daily production capacity of 5,000+ units. The system is compatible with new energy vehicle and wind power magnet production, providing a fully automated, intelligent magnetization solution for the entire process.”

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  • High precision requirements for servo motor magnetization? How specialized equipment adapts

    1993

    JIUJU magnetization equipment focuses on the high-precision magnetization needs of servo motors. Leveraging three core technologies, including precise magnetic control, it addresses industry challenges. Through nano-level processing and AI visual calibration, it achieves magnetic flux variation of ±0.2% and pole pitch deviation ≤0.006 mm. Adaptable to multiple scenarios, it helps achieve a magnetization pass rate of 99.5%, making it a key piece of equipment for ensuring servo motor performance compliance.

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  • Key to Improving Energy Efficiency in Compressor Motor Magnetization: How Does the ‘Internal Magnetization’ Process Work?

    2578

    In industrial production, compressor motors are core equipment for maintaining refrigeration and pneumatic system operations. However, after long-term operation, they are prone to ‘demagnetization’ due to high temperatures and vibration — the magnetism of the internal motor magnets weakens, leading not only to increased energy consumption but also to frequent start-stop cycles, elevated noise, and other issues. The JIUJU compressor motor magnetization technology enhances energy efficiency by…

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  • Magnetization of Air Conditioner Compressor Rotors: Five Common User Questions and Expert Answers

    2323

    The air conditioner compressor, as the ‘heart’ of the AC system, relies on the magnetic performance of its rotor to directly impact operational efficiency and stability. The JIUJU air conditioner compressor rotor magnetization equipment is one of the key devices ensuring optimal rotor magnetic performance. In practice, users often have various questions about this equipment. Today, we provide educational answers to five of the most common questions.

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  • Four-Station Motor Magnetizers: How Multi-Station Synchronous Technology Simplifies Magnetization + Testing Processes

    2336

    In motor manufacturing, magnetization and testing are critical steps to ensure magnetic steel performance. Traditional single- or dual-station magnetizers often face workflow fragmentation — after magnetization, components must be manually transferred to testing equipment, causing downtime and potentially affecting magnet stability during handling. The JIUJU four-station motor magnetizer uses multi-station synchronous technology to restructure the workflow, integrating magnetization and testing…

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