Frequently Asked Questions (FAQ)

Magnetic assemblies reduce handling complexity, improve mechanical safety, and offer consistent magnetic performance due to controlled positioning and fixation of magnetic elements.

We offer a wide range of materials, including NdFeB, SmCo, Ferrite, and bonded magnets. Our engineers can advise based on temperature, corrosion, and performance requirements.

Yes, we perform FEM simulations and offer force/field predictions to support magnetic circuit optimization from early design stages.

We use validated adhesives, controlled curing processes, and perform pull-off or shear tests if required. Tolerances are ensured through custom tooling and alignment fixtures.

Options include Ni, NiCuNi, Epoxy, Parylene, and marine-grade paints. We help select the best protection based on environment and application.

Yes, we specialize in co-developing customer-specific rotor and coupling solutions, including Halbach designs and high-speed bandaged rotors

Absolutely. We support iterative development, with rapid prototyping options and in-house validation capabilities.

Our solutions are widely used in motion & drive technology, renewable energy systems, medical and analytical devices, automation, and e-mobility.

Ideally: functional requirements, space constraints, expected performance, operational temperature, and desired production volume.

Yes, we offer full production support including ISO-compliant documentation, traceability down to material batch level, and end-of-line testing.