Performance

Where challenges become solutions

Together with our clients, we look ahead to the future and innovate: crafting new material compositions for magnets, designing novel assembly structures, pioneering methods for reducing eddy currents, and developing adhesive techniques for magnets. We’re excited to do the same for you!

Individual Solutions

Market knowledge meets performance

The future of magnet technology

We don’t just produce and supply magnets; we create solutions that span material selection, production, and engineering processes. Our work empowers clients across various sectors – automotive, e-mobility, renewable energies, medical technology, smart factory – to achieve market success. This approach positions us as a benchmark in the development of high-tech magnets and magnet systems.

30 years of excellence

Bespoke solutions for your applications

The real questions are: Can it be done better? Faster? More cost-effectively? We have the answers. For example, to the question of how to enhance performance while boosting cost efficiency. And we demonstrate how our expertise, quality, and technical know-how can be applied across different sectors: from automotive, e-mobility, medical technology, smart factory, and more.

A Comprehensive Approach

Reducing eddy current losses

How can the losses in electric drive systems be minimized? This question is a key concern for our customers. We explore alternatives to the magnetic materials currently in use and fundamentally rethink the system’s design.

Magnets across industry boundaries
tailored excellence

Magnets across industry boundaries

For over 30 years, our goal has been to deliver more than just magnets – we create solutions. While standard magnets may offer sufficient performance, we aim higher: for intelligent solutions that enhance every aspect, from materials and production to engineering processes.

With laboratories at each of our production sites, we ensure a level of quality essential in sensitive industries. And with pre-shipping quality checks, we achieve a delivery speed that impresses our clients. This approach helps you achieve market success across a diverse range of markets.

Create success stories!

Philippe Scheuber

Head of Sales

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Frequently Asked Questions

What does BOMATEC mean by performance?

For BOMATEC, performance means more than simply supplying magnets. The company develops holistic solutions covering material selection, magnetic design, production and engineering processes.

The guiding question is always whether a solution can be made better, faster or more cost-effective. This approach helps BOMATEC optimise the performance, efficiency and reliability of high-tech magnets and magnet systems.

In which industries does BOMATEC apply its expertise?

BOMATEC develops tailor-made magnetic solutions for demanding applications in industries including:

  • Automotive
  • E-mobility
  • Renewable energies
  • Medical technology
  • Smart factory and industrial automation

For each application, BOMATEC considers the complete system, from the magnetic material and component geometry to manufacturing, testing and final integration.

How does BOMATEC improve the performance of magnetic systems?

BOMATEC improves magnetic-system performance through application-specific material selection, magnetic simulation, component optimisation and suitable manufacturing technologies. Factors such as magnetic strength, coercivity, operating temperature, corrosion resistance, tolerances and system cost are evaluated together.

This system-level approach helps identify the most technically and economically suitable solution instead of focusing only on the performance of the individual magnet.

How does BOMATEC reduce eddy current losses in electric drive systems?

Eddy currents in magnets can generate heat, reduce effective remanence and lower the efficiency of electric motors. BOMATEC analyses these losses using in-house analytical software and finite element analysis tools.

Where technically beneficial, the magnets can be segmented using conventional glued segments or BOMATEC's SNAKELINE wire-EDM process. Segmentation interrupts the current paths inside the magnet and can reduce heat generation and improve motor performance. Further information is available on the Innovations page.

Can BOMATEC estimate eddy current losses in magnets?

Yes. BOMATEC uses in-house analytical software for a fast initial estimate of eddy current losses. Finite element analysis can then be used to simulate and compare different magnet geometries and segmentation concepts in greater detail.

For a complete motor-level loss analysis, BOMATEC can extend the evaluation together with its sister company Steeem.

What engineering and simulation services does BOMATEC offer?

BOMATEC provides magnetic design and optimisation using finite element analysis tools such as Opera and ANSYS, analytical magnetic-modelling tools and dedicated CAD systems.

Its prototyping facility in Switzerland supports rapid development and validation before production is transferred to the manufacturing facilities. Complete motor-level engineering support is available through the sister company Steeem.

How does BOMATEC ensure quality right through to delivery?

BOMATEC inspects every batch supplied by its selected manufacturing partners according to a defined article-specific inspection plan. The checks are documented and confirmed with a test report before delivery.

BOMATEC performs geometric, magnetic and environmental testing using equipment such as coordinate measuring machines, magnetic field measurement systems, climatic chambers and salt-spray testing systems.

How can I discuss a performance-optimised magnetic solution with BOMATEC?

For application-specific enquiries and tailor-made magnetic solutions, Philippe Scheuber, Head of Sales, can be contacted through the contact form or callback service.

Providing information about the application, operating temperature, available installation space, required magnetic performance and production volumes helps BOMATEC evaluate the most suitable solution.