VACOMAX® is our permanent magnet material made from rare-earths and cobalt. These magnets have particularly high coercivities with simultaneous high saturation polarization and excellent temperature and corrosion stability.

VACODYM® magnets are produced on the basis of neodymium-iron-boron alloys and have the highest energy density available today. VACODYM alloys are anisotropic material grades.

Thanks to their high magnetic saturation of up to 2.4 T, the cobalt-iron (CoFe) alloys VACOFLUX® and VACODUR® are generally suitable for all applications where high flux density and minimum weight are required.

Our alloys with cobalt content of 49 % and 2% vanadium offer low coercivity forces and yield superior performance parameter for electrics motors and generators.

Our product range includes solutions for

Electric Motors and Generators: Whether you are looking for materials, permanent magnets, or complete stator and rotor assemblies, we provide a comprehensive range of solutions for electric drives.

Power Electronics: Our power electronics solutions are comprised of current measurement devices such as closed loop current sensors and differential current sensors as well as filter cores and common mode chokes for EMC applications.

EMI Filtering: We offer not only benchmark material for EMI solutions, but also cores and common mode chokes based on our nanocrystalline VITROPERM material.

Current Measurement: Whether you are looking for current transformers, current sensors or AC/DC-sensitive safety devices, we offer solutions which meet the expectations towards highest quality and tightest tolerances.

Positioning Sensors: Precise positioning sensors start with best in class materials as well as thereof made stamped parts and permanent magnets. We offer a unique set of solutions for this demanding application.

Magnet Assemblies are permanent magnets which are bonded to other permanent magnets or a different carrier material.

The positioning of magnets with extreme precision, especially small one, and the very high forces associated with large-volume magnetized parts, make the assembling of magnet systems a challenging task. For this process we can apply our extensive experience in the design and construction of assembly tools and our expert knowledge in the selection of a suitable bonding process.