Redefining the Limits of Micro Drive
Specializing in sub-5mm ultra‑micro applications, it adopts an innovative flexible PCB winding technology, eliminating reliance on traditional precision winding and significantly reducing costs while achieving nearly 100% production yield. By combining AI‑assisted design and global optimization, it delivers the optimal power performance within extreme volume constraints.
Currently, we have developed a world‑leading micro‑motor with an outer diameter of only 4mm, offering a highly reliable, low‑cost core power solution for medical robots, precision instruments, micro‑drones, and wearable devices.
Ultra-micro Brushless Coreless Motor
Φ4mm Brushless Coreless Motor
Achieving a globally leading outer diameter of just 4mm, it is specifically designed to operate in extremely compact spaces. In fields with the most demanding volume constraints—such as medical robots and precision instruments—it delivers an irreplaceable micro-drive solution.
Φ5mm Brushless Coreless Motor
It achieves an exceptional balance of performance, yield, and cost at the 5mm scale. Leveraging innovative FPCB winding and AI‑optimized design, it delivers stable and reliable solutions for a wide range of applications including micro‑drones and wearable devices.
Φ6mm Brushless Coreless Motor
At the 6mm scale, it further enhances power output, delivering stronger torque and superior driving stability while providing robust core power within confined spaces.
Coming Soon！
VAXOR-MOTOR | Application Fields
Robotic Hands
Compact, high-torque solutions for precise and adaptive robotic hands.
Robots Joint Actuator
High-torque, rapid-response actuators for dynamic robot joints.
Precision Medicine
Miniature, high-consistency motors powering critical medical equipment.
Consumer Electronics
Compact, quiet, and precise motors for advanced consumer electronics.
Drone
Lightweight, high-response motors enabling stable, agile drone control.