Devices

Linear magnetic gears transmit power via magnetic forces between linearly moving components, reducing wear, noise, and maintenance costs.

Explore the world of high-speed magnetic gears, their structure, applications, benefits, and role in revolutionizing renewable energy.

Magnetostrictive actuators use magnetic fields to alter ferromagnetic materials, enabling precise motion control across various industries.

Explore the workings, benefits, and applications of U-Channel linear motors, their future prospects, and role in automation.

Maglev actuators use magnetic forces for precise, frictionless motion control in industries like transportation, robotics, and manufacturing.

Magnetic shape memory alloy actuators enable high energy efficiency, large strains, and fast response times for robotics, aerospace, and biomedical applications.

Synchronous magnetic actuators enable precise, efficient motion control with minimal friction and maintenance, revolutionizing various industries.

Induction magnetic actuators use magnetic induction to generate precise linear or rotary motion, offering high precision and minimal wear.

Rotary magnetic actuators convert electrical energy into mechanical motion using magnetic fields, offering precise control and high efficiency.