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A magnetic filtration system is a filtering device that captures and removes ferromagnetic particles from fluids using powerful permanent magnets, effectively solving the problem of traditional filters being unable to capture tiny metal particles.

The Halbach array magnet, through a specific arrangement of permanent magnets, enhances the magnetic field on one side while weakening or even eliminating it on the other side.

The innovative tunnel magnetic device features a unique magnetic circuit design, which precisely concentrates powerful magnetic field forces at the center of the device.

The core advantage of a linear motor is its direct conversion of rotational to linear motion, eliminating complex linkage structures. This reduces system cost and enhances stability and reliability, with benefits including a simple structure, rapid response, high precision, and efficiency, and reduced friction and energy loss.

The permanent magnet motor rotor is key to converting electrical energy to mechanical energy, influencing motor performance and efficiency. Factors like magnetic material, magnetization pattern, structure, and manufacturing precision determine output torque, speed stability, efficiency, and reliability. Optimizing rotor design is crucial for enhancing motor performance.

Magnetic components are made from combined magnetic elements and materials, tailored for specific applications by adjusting their properties. They come in various forms and are essential in devices like motors and sensors. Using these components streamlines production, improves performance, and reduces waste.

The magnetic coupler enables efficient, contactless, leak-free torque transmission by connecting shafts through a magnetic field, eliminating wear and leakage risks. It enhances sealing, reliability, and ease of maintenance, reducing repairs/replacements, making it ideal for industrial applications.

The magnetic wheel combines a magnetically conductive structure with a powerful magnet for enhanced traction, stability, and control on metallic surfaces. Versatile for automated systems, robots, and metallic environments, it opens new possibilities for mobility and manipulation across industries.

The magnetic switch controls magnetic force through a specially designed circuit and rotation. Tailored solutions consider magnetic field strength, materials, and environment. Rigorous testing ensures reliability, durability, and ease of use, making it versatile for industrial automation, security systems, and other applications.