The “Cryogenic and Magnetic Measurement Systems” category includes advanced instruments for comprehensive research on materials under extreme conditions. These systems operate at temperatures as low as 1.5 K and in magnetic fields up to 18 Tesla, enabling detailed investigations of superconductors, nanomaterials, semiconductors, and composites.
With such systems, researchers can measure:
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Electrical conductivity and material resistance;
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Magnetic properties and phase transitions;
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Thermal behavior at cryogenic temperatures;
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Material response under high magnetic fields.
Modern Cryogen-Free Measurement Systems (CFMS) eliminate the need for liquid helium, making them more cost-effective and user-friendly. They are widely applied in solid-state physics, quantum electronics, and material science laboratories around the world.
Key advantages:
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Operation without liquid helium (cryogen-free);
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Wide temperature and magnetic field range;
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Modular architecture for multiple analysis methods;
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Compliance with international research standards;
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High-quality European and UK manufacturing (Cryogenic Ltd, etc.).
Such equipment is essential for advancing nanotechnology, quantum material research, and next-generation energy solutions.
