Explore our first tier of advanced magnetic products optimized for brushless motors, voice coil actuators, and industrial lifting machinery.
How China's manufacturing landscape delivers the materials necessary to meet the scientific benchmarks published in the IEEE Robotics and Automation Letters.
In modern robotics research, design validation and motor control precision depend directly on physical magnetic performance. Researchers publishing in the IEEE Robotics and Automation Letters (L-RA) constantly push the limits of force density, torque ripple minimization, and kinematic efficiency. Translating these theoretical models into robust real-world hardware requires highly specialized materials. This is where China's rare earth ecosystem acts as the foundation for international robotics engineering.
Zhejiang Laysun Magnetics Ltd., established in 1999, stands at the intersection of academic advancements and large-scale industrialization. By supplying precision sintered NdFeB blocks, custom-engineered arc segments, and high-coercivity voice coil motor (VCM) magnets, we enable global research institutions and commercial developers to build systems that achieve higher structural compliance, higher payload-to-weight ratios, and dynamic responsiveness.
Founded at the turn of the millennium, Zhejiang Laysun Magnetics Ltd. has rapidly evolved from a regional visionary startup into a recognized national high-tech leader. The heart of our production lies in our state-of-the-art facility spanning 100,000 square meters in Suining, Sichuan. Strategically positioned close to major mining operations, we guarantee a stable raw material supply chain of rare earth elements (Neodymium, Dysprosium, and Praseodymium).
Our commitment is verified by strict certifications, including ISO9001, ISO14001, OHSAS18001, and CE. This standard of quality management makes us a trusted tier-1 vendor for automotive, defense, and high-precision robotics firms globally.
Leveraging vertically integrated manufacturing networks to maintain strict tolerances, high magnetic energy, and cost advantages.
Robotic actuators suffer from heat generation under continuous high loads. Our specialized chemical compositions include precise Dysprosium (Dy) additives, offering high intrinsic coercivity ($H_{cj}$) that resists thermal demagnetization in heavy-duty servo motors up to 220°C.
For applications where actuators operate in harsh outer environments, we offer custom dual-layer coatings. From multi-pole ring magnets with nickel plating to custom NdFeB rubber coated assemblies, we ensure maximum resistance against oxidation and physical damage.
Micro-robotics, surgical tools, and smart electronic structures require tight mechanical tolerances (within ±0.01mm). We process complex shapes like arc segments, hollow cylinders, and asymmetric blocks with extreme dimensional accuracy, eliminating structural imbalances.
At Laysun Magnetics, our ethos is built on four core pillars: Quality, Credibility, Technology, and Innovation. These principles guide our engineering team as they develop next-generation sintered materials. Our R&D division works to minimize eddy current losses in high-frequency rotating machinery, a critical challenge in modern robotic actuators.
Our long-term vision is to support global technological integration. By developing cleaner, more efficient rare earth magnets, we actively support the shift toward energy-efficient mobility and clean energy grids, ensuring the solutions we manufacture today serve the demands of tomorrow.
Analyzing current engineering trends that demand higher magnetic energy density ($(BH)_{max}$) and custom geometric formats.
Collaborative robotic arms (cobots) rely on frameless torque motors built directly into joint assemblies. These require segmented NdFeB arc magnets mounted to rotor structures, optimizing torque output and weight distribution.
Used in high-speed optical focusing, haptic feedback, and semiconductor manufacturing, Voice Coil Actuators demand exceptionally linear magnetic fields. Sintered Neodymium block magnets provide the necessary flux density for rapid dynamic acceleration.
Electric vehicles require reliable steering feedback. Permanent magnet rotors in brushless EPS systems must offer high magnetic consistency and low cogging torque, a benchmark Laysun supports with specialized high-temperature neodymium rings.
How our magnets fit into modern automated industries, transport networks, and consumer products.
Providing high-torque motor configurations for precise joint movement in manufacturing. Custom arc magnets optimize efficiency in extreme pick-and-place cycles.
Ultra-lightweight ring magnets and custom arc segments designed for high-RPM brushless DC outrunner motors in commercial drones.
Supplying critical motor magnets that resist demagnetization under heavy thermal loads, improving battery range and drivetrain torque.
Durable Neodymium block and ring magnets that withstand continuous vibration and rapid starting torque in industrial tools.
Miniature magnet arrays, including phone magnetic ring rings and VCM actuators, optimized for camera focusing systems and accessories.
Compressors, smart vacuums, and air filtration systems utilize our high-efficiency permanent magnet motors for quiet operation.
Global engineering demands traceablity and quality assurance. Our manufacturing processes strictly comply with standard frameworks.
Whether you require prototype runs or multi-ton monthly contract deliveries, our team coordinates sea, air, and multi-modal freight to ensure timely supply. Our engineering division works directly with your technical teams to customize dimensions, coatings, and magnetization directions before mass manufacturing begins.
Get answers to critical mechanical design questions regarding NdFeB permanent magnets.
Our second tier of advanced neodymium solutions, including cylinder magnets, block layouts, and magnetic rings for electronic applications.
Laysun Magnetics
