ECMpowered Motor Design for Robotics
Compact Torque Density
ECMpowered motors deliver high continuous torque in a smaller footprint, enhancing speed, accuracy, and control loop performance across robotic joints.
Lightweight Architecture
Up to 70% lighter than conventional motors, PCB Stators reduce joint mass—boosting payload, efficiency, and dynamic responsiveness in articulated systems.
Smooth, Cog-Free Motion
Zero cogging and low torque ripple enable fine control at low speeds, perfect for human interaction, dexterous tasks, and precision automation.
Rapid control
A high burst-torque capability and fast electrical response allow our motors to follow control commands with minimal delay.
Accelerated Development
PrintStator allows fast iteration of torque, speed, and size—reducing design cycles and aligning with your specific gearing, envelope, and control needs.
Example Projects
Delta Robot
- Direct Drive, Zero Cogging Torque
- Integrated Absolute Encoders for Real-Time Coordination
- Compact Form Factor for Better Integration
- Exceptionally Quiet Operation
- Lower EMI for Cleaner System Design
Suzuki MOBQA robot
- Compact & Lightweight Design enables tight integration
- High Torque Performance and precision control
- Efficiency Benefits
Compact Strainwave Geared Actuator
- Compact & Lightweight Design
- High Torque Performance
- Precise Control
- Efficiency Benefits
2Nm PCB Stator Servo Evaluaiton Motor
- Compact & lightweight design enables tight integration
- High torque performance and precision control
- Center hole enables cable feedthrough for robotic arm assemblies.