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High tech system

Applications

High tech systems magnet applications

Hot formed NdFeB MQ3 magnets for high tech system applications

Empowering high-tech systems with advanced permanent magnet solutions. As a supplier to the high-technology industry, we deliver precision-engineered magnetic materials designed for exceptional performance, reliability and integration.

The market of High-Tech Systems, including motors and generators is continuously developing technical solutions which are more and more acting on the edge of technology. 
This also requires innovative magnetic technology which is able to follow these requirements.

By intensive cooperation during the design phase, Magnet e Motion makes expertise available to the customers to develop the magnetic solution which is required for the application and a secured supply during mass production.

Magnet solutions for electric motors

Magnet technology is at the heart of modern electric motors, turning invisible forces into powerful, efficient motion. Advanced permanent magnets deliver higher torque, smoother rotation, and exceptional energy efficiency, making motors smaller, lighter, and more reliable. From electric vehicles to robotics and renewable energy systems, cutting edge magnetic materials unlock faster response, reduced energy loss, and longer lifespan. When innovation meets magnetism, electric motors don’t just run, they excel. Powering motion with magnetic precision.

Electric motor permanet magnet application
robot magnet application

Magnet applications for robotics

Behind every smooth movement, precise grip and intelligent response in today’s robots lies a powerful but often unseen hero: magnet technology. Magnets transform electrical energy into controlled motion, enabling robots to move with speed, accuracy and reliability. As robotics advances into fields like healthcare, manufacturing and exploration, magnetic innovation is becoming a key driver of performance and efficiency.

Advanced permanent magnets such as rare-earth magnets, allow motors to be smaller, lighter and more energy-efficient without sacrificing power. This compact strength is essential for collaborative robots, drones and humanoid designs where space, weight and efficiency matter most.

Magnet technology also plays a critical role beyond motion. Magnetic sensors provide robots with position, speed and orientation feedback enabling accurate navigation and fine motor control. In gripping and handling systems, magnetic mechanisms offer clean, contactless solutions ideal for delicate materials, high-speed automation and sterile environments like medical robotics.

Magnet solutions for actuators

High-performance permanent magnets make it possible to generate strong forces in small spaces. This is especially critical for electric actuators used in robotics, automation, aerospace, and medical devices, where size and weight are tightly constrained. Advanced magnetic materials enable higher torque and force density, allowing actuators to deliver powerful motion while remaining lightweight and energy-efficient. 

Magnet technology also enhances precision and control. Magnetic fields respond instantly to electrical signals, giving actuators fast reaction times and smooth, accurate movement. 

As industries demand smarter, cleaner and more reliable motion systems, magnet technology continues to push actuator design forward. From factory automation to autonomous systems and next-generation medical equipment, magnets are quietly redefining what actuators can achieve. Proving that the most advanced motion often comes from forces we cannot see.

Actuator permanet magnet application

Learn more about our permanent magnet technologies

Our advanced permanent magnet technologies offer solutions for a wide range of performance requirements. Hot formed magnet technology provides high strength and efficiency. Plastic bonded magnet technology offers design flexibility and consistent quality for complex shapes. SmCo magnet technology delivers stable performance in high-temperature and demanding environments. Together these technologies support reliable, efficient and innovative applications across modern industries.

Hot formed neodymium NdFeB magnets

Hot Formed NdFeB magnets are produced by a unique hot extrusion process. As base nanocrystalline powder material is used made by rapid quenching (Neodymium) alloys.

Hot formed NdFeB magnets

Plastic bonded NdFeB / SmFeN magnets

Plastic Bonded NdFeB / SmFeN magnets are manufactured by binding rapidly-quenched nanocrystalline powder with polymer binders. These plastic bonded magnets have an isotropic material structure.

Plastic Bonded NdFeB / SmFeN magnets

Sintered SmCo magnet technology

SmCo magnets combine strength, stability, and durability where extreme conditions demand uncompromising performance.

Sintered SmCo magnets

Want to know more about our magnet solutions?

Ing. Hans van Genugten | CEO Magnet e Motion BV

Hans van Genugten, CEO Magnet e Motion BV
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