Compact, efficient and precise magnetic solutions from electric vehicle motors to sensors and braking systems.
Neodymium in motors, drives and control systems
The efficiency and compactness of electrical systems depend largely on the strength of the magnetic material used. Neodymium (NdFeB) magnets, made from rare-earth elements, have replaced standard magnets in many motor, drive and control applications thanks to their high magnetic strength.
Electric vehicles
Lighter motors and longer range.
Sensors and actuators
Fast response and high precision.
Braking and steering
Reliable control systems through magnetic measurement.
Appliances and electronics
Quiet operation, high speed, low energy consumption.
Impact on motor and drive technology
Because neodymium magnets produce much stronger magnetic fields than conventional ferrite magnets, they make smaller and lighter motors possible. As a result, many products from electric vehicles to household appliances become more efficient and compact.
Precision in control systems
Sensors, drives and actuators in control systems need strong magnets. Neodymium magnets give these components fast response and high precision, making magnetic measurement, braking and steering technologies more reliable.
Ease of manufacturing and design flexibility
While ferrite magnets must be formed in moulds, neodymium magnets can be cut, milled or ground into the desired shape. This gives engineering designs more freedom and speed.
Magnetic measurement: the basis of automotive quality
In engine control units, braking systems and electric power steering, magnetic measurements guarantee consistency and safety. In our test center we measure and verify that your magnets meet their specified values.
