Powering the Next Gen of Robotics
Ultra-High Torque Density NdFeB Magnets engineered for Servo Motors, Actuators, and Collaborative Robots (Cobots).
Why Robotics Engineers Choose Our Magnets
In robotics, every gram of weight reduces payload capacity. Our precision-sintered magnets deliver maximum magnetic flux in minimal volume.
⚙️ High Torque Density
Compact Actuation
Designed for high pole-count BLDC motors. Our N50-N54 grades allow you to shrink motor size while maintaining the torque required for dynamic movement.
🌡️ Thermal Stability
Performance Under Load
Robotic joints generate heat. Our UH and EH series resist demagnetization up to 200°C, ensuring consistent position holding even during heavy duty cycles.
📐 Complex Geometries
Custom Shapes
From thin-wall rings to precision arc segments (bread loaf) for rotors. We utilize wire-cutting and grinding to achieve ±0.03mm tolerances.
Engineered for Precision Motion Control
Whether you are designing a harmonic drive motor or a micro-gripper, our magnets ensure low cogging torque and high efficiency.
Technical Specifications
| Property | Specification Details |
|---|---|
| Material Grades | N52 50M 48H |
| Shapes | Segments (Arc), Rings, Halbach Arrays |
| Coating | Phosphated (Glue adhesion), Nickel, Epoxy |
| Weight Reduction | High Br allows for thinner magnet profiles |
| Applications | Servo Motors, Linear Motors, Grippers, Sensors |
*Full demagnetization curves available upon request.
