The company provides contactless magnetic couplings and gearboxes that replace traditional mechanical drivetrains in automation, robotics, and material‑handling equipment. Its modular magnetic modules deliver >95 % power transfer efficiency, up to three times the torque density of steel gears, and include integrated temperature and vibration monitoring for predictive maintenance. Solutions scale from 5 kW to 5 MW and can be retrofitted into existing systems or built into new designs.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial machinery often relies on mechanical gears and belts for power transmission and motion control, which incur significant energy losses, generate heat, and suffer from wear and maintenance downtime. These inefficiencies increase operational costs and limit the lifespan of equipment in sectors such as automation, robotics, and material handling.
Solution
The company offers magnetic energy systems that replace or augment conventional mechanical drivetrains with contactless magnetic couplings and gearsets. By leveraging high‑flux magnetic circuits and low‑hysteresis core materials, the solutions achieve near‑lossless torque transfer while eliminating friction‑related wear. Modular magnetic modules can be integrated into existing equipment or built into new designs, providing scalable power ratings from a few kilowatts to several megawatts. Integrated thermal management and real‑time condition monitoring ensure stable operation under continuous load. The engineering team supplies custom magnetic topology optimization and compliance testing to meet industry standards, enabling faster deployment and reduced maintenance cycles for end users.
Target Audience
Primary customers are OEMs and system integrators in heavy‑industry automation, robotics, material‑handling equipment, and any application requiring reliable, low‑maintenance power transmission and motion control.
Features
- High‑efficiency magnetic couplings with >95 % power transfer efficiency and zero mechanical contact
- Low‑loss magnetic gearboxes using NdFeB or ferrite cores, offering torque density up to 3× that of steel gears
- Plug‑and‑play modular units with standardized mechanical and electrical interfaces for rapid retrofitting
- Integrated temperature sensors and vibration analytics for predictive maintenance and real‑time performance monitoring
- Advanced magnetic circuit design tools that optimize flux paths and minimize stray fields
- IEC‑60617 and ISO‑9001 compliant manufacturing processes with rigorous magnetic material certification
- Scalable designs ranging from 5 kW to 5 MW, supporting both compact robotic actuators and large‑scale conveyor systems