CWIEME Berlin 2025
Meet Metis at the leading global event for coil winding, electric motor and transformer manufacturing.
Metis Instruments builds precision magnetizing and magnetic measurement systems used by the world's leading motor, wind, automotive and R&D labs — where accuracy, repeatability and energy efficiency are not negotiable.
Metis Instruments is a global leader in precision magnetizing and magnetic measurement solutions. Founded in 1998 as a KU Leuven spin-off, we combine decades of academic research with proven industrial expertise.
"We empower engineers and manufacturers to measure, control, and optimize magnetic performance with confidence."
Our solutions serve industries from automotive and automation to wind energy, medical devices and high-performance motors — wherever magnetic precision decides the outcome. In 2025, Metis joined Quadrant International, combining expertise to push adaptive systems for the world's most demanding magnetics applications.
Our Story →Metis provides a full range of solutions for magnetization and magnetic measurement, tailored to meet complex industrial and research challenges.
Full-loop permanent magnet measurement system with patented pole-free technology.
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AC magnetic properties tester for electrical steel, amorphous ribbons and nanocrystalline alloys.
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Retained austenite tester for precise material quality control in TRIP and stainless steels.
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High-power, energy-efficient capacitive discharge magnetizing system. Up to 660+ kJ.
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Accurate and repeatable saturation magnetization for rotors, stators and multipole assemblies.
View Product →Bespoke systems engineered for unique research and industrial applications.
Speak with Engineering →We continually share developments in current and new products, and company news and activities to keep our partners ahead in magnetic engineering.
Meet Metis at the leading global event for coil winding, electric motor and transformer manufacturing.
Showcasing next-generation magnetizing and measurement solutions for power electronics.
Expanded testing capabilities for extreme temperature applications: now –40°C to +220°C.