Jiu Ju Magnetizer
End-to-End Solution for Magnetization Automation
Automated Magnetic Charging Integrated Solution
?JiuJi AutomationReceived a task from an institution about the application of NdFeB magnetic powder mixed with silica gel for magnetization case testing, this project not only tests the company's technical strength, but also highlights its professionalism and innovation ability in the field of magnetic material magnetization.
With the continuous progress of science and technology, magnetic materials are increasingly widely used in various fields. NdFeB magnetic powder, as a high-performance permanent magnetic material, is favored for its high magnetic energy product, high coercivity and good temperature stability. Silicone, on the other hand, is widely used in a variety of industrial products due to its excellent weather resistance, insulation and plasticity. When NdFeB magnetic powder is mixed with silica gel, composite materials with specific magnetic properties can be prepared through magnetization treatment to meet the needs of use in various complex environments.
After receiving the task, JiuJi Automation quickly set up a professional test team and made a detailed test plan. First, the team carefully checked and analyzed the samples provided by the customer to ensure that the samples met the test requirements. Subsequently, according to the characteristics of the samples and the customer's testing needs, the team chose the appropriateMagnetizing Equipmentand test instruments.
This test utilizes theMagnetizing EquipmentIt is a 3000V high power magnetizer independently developed by JiuJu Automation, which is characterized by instant magnetization in a strong magnetic field, rapid saturation magnetization, and is capable of quantitative magnetization and flexible operation. At the same time, in order to more accurately measure the magnetic properties of the samples, the team is equipped with high-precision Gauss meters and other testing instruments.
During the testing process, JiuJi Automation's testing team strictly followed the testing program. First, the NdFeB magnetic powder mixed with silica gel sample was placed in the magnetizing coil and the voltage of the magnetizer was adjusted to the appropriate value. Subsequently, the magnetizer is activated to carry out the magnetization process so that the sample reaches the saturation magnetization state in a short period of time. After the magnetization was completed, the magnetic properties of the samples were measured using a Gaussmeter and the relevant data were recorded.
In order to have a more comprehensive understanding of the magnetic performance of the samples, the test team also designed several samples with different magnetic powder contents for testing. By comparing the magnetization effect of samples with different magnetic powder contents, the team found that the higher the magnetic powder content, the stronger the magnetic field strength of the samples. This finding provides an important reference for the customer's subsequent product development.
The success of this magnetization case test not only verifies the professional ability of JiuJi in the field of magnetic material magnetization, but also provides strong support for the customer's subsequent product development and market promotion. Through this cooperation, JiuJu and the customer have established a closer relationship, and the two sides will carry out more in-depth cooperation and communication in the field of magnetic material composite applications.
Future.Kuju CorporationWe will continue to adhere to the service concept of "professional, innovative and efficient", and are committed to providing customers around the world with better magnetic material magnetization solutions. At the same time, the company will continue to explore new technologies and processes to promote the innovative development of magnetic material composite applications, and contribute more to the progress of science and technology and social development.
Precision Magnetization for Ferrite Cubes
Specializing in ferrite cube micro-magnetization, we deliver customized, precise solutions tailored to ferrite cube material properties. By fine-tuning parameters, we ensure the magnetization meets exact standards, fulfilling high-precision magnetic requirements and adapting to applications with strict demands for magnetization accuracy.
NdFeB Magnet Magnetization Guide – JIUJU Shows How to Select a Magnetizer
Key Points for Selecting NdFeB Magnet Magnetizers – JIUJU Professional Magnetization Solutions, Pulse Magnetizer Specifications, Equipment for High-Coercivity Materials, and Selection of Magnetizers for Permanent Magnetic Materials
變速箱磁環充磁技術：精密制造與性能優化的關鍵
深入解析變速箱磁環充磁技術原理，包括脈沖充磁法、多極充磁技術等先進工藝，了解如何通過精確磁場控制實現 15 對磁極精密充磁，提升汽車傳動系統性能與可靠性。
How to break the new energy vehicle motor rotor magnetization problem?
New energy vehicle motor rotor magnetization is prone to problems such as uneven magnetic field and low magnetization efficiency, which directly affects motor torque output, vehicle smoothness and vehicle energy consumption. Precise magnetic control technology can achieve precise control of magnetic field strength and distribution through optimized magnetic circuit design, dynamic regulation of magnetization parameters and real-time intelligent monitoring, effectively solving the traditional magnetization pain points, improving magnetization efficiency and rotor magnetic field consistency, and contributing to the improvement of motor operation efficiency, energy consumption and life extension, providing reliable support for the upgrading of new energy automobile motor performance and the high-quality development of the industry.
What is the performance limit of a high-power magnetizer? What is the maximum magnetic field strength it can achieve?
With advanced pulse magnetizing technology, JiuJu magnetizer has a maximum output energy of 13500J, and the magnetic force of Alnico magnet can reach 5000+ gauss after magnetization, which is far better than ordinary equipment! It supports NdFeB, Ferrite and other multi-material magnetization, with precise control parameters to adapt to different sizes/shapes of magnets, which is widely used in the fields of electric motors, new energy vehicles, electronics manufacturing and so on. JiuJi MA3030 model is stable and reliable, helping to reduce the production scrap rate, and empowering the magnetic material industry to upgrade, it is the preferred equipment for industrial high magnetic force magnetization.
Common challenges in automotive electronic magnetic components and the solution approach of pulse magnetizers.
Automotive electronic magnetic components face challenges such as magnetization precision and consistency. The Jiuju pulse magnetizer, through its magnetic field feedback system, flexible adaptive design, and high-efficiency magnetization technology, ensures component performance and supports the advancement of intelligent and electrified automotive development.
變速箱磁環充磁技術：精密制造與性能優化的關鍵
深入解析變速箱磁環充磁技術原理，包括脈沖充磁法、多極充磁技術等先進工藝，了解如何通過精確磁場控制實現 15 對磁極精密充磁，提升汽車傳動系統性能與可靠性。
How to break the new energy vehicle motor rotor magnetization problem?
New energy vehicle motor rotor magnetization is prone to problems such as uneven magnetic field and low magnetization efficiency, which directly affects motor torque output, vehicle smoothness and vehicle energy consumption. Precise magnetic control technology can achieve precise control of magnetic field strength and distribution through optimized magnetic circuit design, dynamic regulation of magnetization parameters and real-time intelligent monitoring, effectively solving the traditional magnetization pain points, improving magnetization efficiency and rotor magnetic field consistency, and contributing to the improvement of motor operation efficiency, energy consumption and life extension, providing reliable support for the upgrading of new energy automobile motor performance and the high-quality development of the industry.
What is the performance limit of a high-power magnetizer? What is the maximum magnetic field strength it can achieve?
With advanced pulse magnetizing technology, JiuJu magnetizer has a maximum output energy of 13500J, and the magnetic force of Alnico magnet can reach 5000+ gauss after magnetization, which is far better than ordinary equipment! It supports NdFeB, Ferrite and other multi-material magnetization, with precise control parameters to adapt to different sizes/shapes of magnets, which is widely used in the fields of electric motors, new energy vehicles, electronics manufacturing and so on. JiuJi MA3030 model is stable and reliable, helping to reduce the production scrap rate, and empowering the magnetic material industry to upgrade, it is the preferred equipment for industrial high magnetic force magnetization.
Common challenges in automotive electronic magnetic components and the solution approach of pulse magnetizers.
Automotive electronic magnetic components face challenges such as magnetization precision and consistency. The Jiuju pulse magnetizer, through its magnetic field feedback system, flexible adaptive design, and high-efficiency magnetization technology, ensures component performance and supports the advancement of intelligent and electrified automotive development.
變速箱磁環充磁技術：精密制造與性能優化的關鍵
深入解析變速箱磁環充磁技術原理，包括脈沖充磁法、多極充磁技術等先進工藝，了解如何通過精確磁場控制實現 15 對磁極精密充磁，提升汽車傳動系統性能與可靠性。
How to break the new energy vehicle motor rotor magnetization problem?
New energy vehicle motor rotor magnetization is prone to problems such as uneven magnetic field and low magnetization efficiency, which directly affects motor torque output, vehicle smoothness and vehicle energy consumption. Precise magnetic control technology can achieve precise control of magnetic field strength and distribution through optimized magnetic circuit design, dynamic regulation of magnetization parameters and real-time intelligent monitoring, effectively solving the traditional magnetization pain points, improving magnetization efficiency and rotor magnetic field consistency, and contributing to the improvement of motor operation efficiency, energy consumption and life extension, providing reliable support for the upgrading of new energy automobile motor performance and the high-quality development of the industry.
What is the performance limit of a high-power magnetizer? What is the maximum magnetic field strength it can achieve?
With advanced pulse magnetizing technology, JiuJu magnetizer has a maximum output energy of 13500J, and the magnetic force of Alnico magnet can reach 5000+ gauss after magnetization, which is far better than ordinary equipment! It supports NdFeB, Ferrite and other multi-material magnetization, with precise control parameters to adapt to different sizes/shapes of magnets, which is widely used in the fields of electric motors, new energy vehicles, electronics manufacturing and so on. JiuJi MA3030 model is stable and reliable, helping to reduce the production scrap rate, and empowering the magnetic material industry to upgrade, it is the preferred equipment for industrial high magnetic force magnetization.
Common challenges in automotive electronic magnetic components and the solution approach of pulse magnetizers.
Automotive electronic magnetic components face challenges such as magnetization precision and consistency. The Jiuju pulse magnetizer, through its magnetic field feedback system, flexible adaptive design, and high-efficiency magnetization technology, ensures component performance and supports the advancement of intelligent and electrified automotive development.
變速箱磁環充磁技術：精密制造與性能優化的關鍵
深入解析變速箱磁環充磁技術原理，包括脈沖充磁法、多極充磁技術等先進工藝，了解如何通過精確磁場控制實現 15 對磁極精密充磁，提升汽車傳動系統性能與可靠性。
How to break the new energy vehicle motor rotor magnetization problem?
New energy vehicle motor rotor magnetization is prone to problems such as uneven magnetic field and low magnetization efficiency, which directly affects motor torque output, vehicle smoothness and vehicle energy consumption. Precise magnetic control technology can achieve precise control of magnetic field strength and distribution through optimized magnetic circuit design, dynamic regulation of magnetization parameters and real-time intelligent monitoring, effectively solving the traditional magnetization pain points, improving magnetization efficiency and rotor magnetic field consistency, and contributing to the improvement of motor operation efficiency, energy consumption and life extension, providing reliable support for the upgrading of new energy automobile motor performance and the high-quality development of the industry.
What is the performance limit of a high-power magnetizer? What is the maximum magnetic field strength it can achieve?
With advanced pulse magnetizing technology, JiuJu magnetizer has a maximum output energy of 13500J, and the magnetic force of Alnico magnet can reach 5000+ gauss after magnetization, which is far better than ordinary equipment! It supports NdFeB, Ferrite and other multi-material magnetization, with precise control parameters to adapt to different sizes/shapes of magnets, which is widely used in the fields of electric motors, new energy vehicles, electronics manufacturing and so on. JiuJi MA3030 model is stable and reliable, helping to reduce the production scrap rate, and empowering the magnetic material industry to upgrade, it is the preferred equipment for industrial high magnetic force magnetization.
Common challenges in automotive electronic magnetic components and the solution approach of pulse magnetizers.
Automotive electronic magnetic components face challenges such as magnetization precision and consistency. The Jiuju pulse magnetizer, through its magnetic field feedback system, flexible adaptive design, and high-efficiency magnetization technology, ensures component performance and supports the advancement of intelligent and electrified automotive development.
變速箱磁環充磁技術：精密制造與性能優化的關鍵
深入解析變速箱磁環充磁技術原理，包括脈沖充磁法、多極充磁技術等先進工藝，了解如何通過精確磁場控制實現 15 對磁極精密充磁，提升汽車傳動系統性能與可靠性。
How to break the new energy vehicle motor rotor magnetization problem?
New energy vehicle motor rotor magnetization is prone to problems such as uneven magnetic field and low magnetization efficiency, which directly affects motor torque output, vehicle smoothness and vehicle energy consumption. Precise magnetic control technology can achieve precise control of magnetic field strength and distribution through optimized magnetic circuit design, dynamic regulation of magnetization parameters and real-time intelligent monitoring, effectively solving the traditional magnetization pain points, improving magnetization efficiency and rotor magnetic field consistency, and contributing to the improvement of motor operation efficiency, energy consumption and life extension, providing reliable support for the upgrading of new energy automobile motor performance and the high-quality development of the industry.
What is the performance limit of a high-power magnetizer? What is the maximum magnetic field strength it can achieve?
With advanced pulse magnetizing technology, JiuJu magnetizer has a maximum output energy of 13500J, and the magnetic force of Alnico magnet can reach 5000+ gauss after magnetization, which is far better than ordinary equipment! It supports NdFeB, Ferrite and other multi-material magnetization, with precise control parameters to adapt to different sizes/shapes of magnets, which is widely used in the fields of electric motors, new energy vehicles, electronics manufacturing and so on. JiuJi MA3030 model is stable and reliable, helping to reduce the production scrap rate, and empowering the magnetic material industry to upgrade, it is the preferred equipment for industrial high magnetic force magnetization.
Common challenges in automotive electronic magnetic components and the solution approach of pulse magnetizers.
Automotive electronic magnetic components face challenges such as magnetization precision and consistency. The Jiuju pulse magnetizer, through its magnetic field feedback system, flexible adaptive design, and high-efficiency magnetization technology, ensures component performance and supports the advancement of intelligent and electrified automotive development.
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