The Cryogenic Mini CFMS (3–7 Tesla) is a compact cryogen-free measurement system designed for precise studies of the physical properties of materials under low temperatures and magnetic fields. This modern, fully closed-cycle system operates without liquid helium, making it cost-effective and easy to maintain.
With its modular design, the mCFMS supports a variety of measurement techniques, including electrical transport, heat capacity, magnetization, and thermal conductivity. The system provides a temperature range of 1.6 K to 400 K and magnetic fields up to 7 Tesla, ensuring high precision and stability during experiments.
Key Features:
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Temperature range: 1.6–400 K;
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Magnetic field: up to 7 Tesla;
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Cryogen-free operation (no liquid helium required);
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Support for multiple measurement modules;
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Automated control and data acquisition;
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Compatible with Cryogenic Control Suite and Lakeshore software.
Advantages:
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Compact and space-efficient design;
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Low maintenance and fast start-up;
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Exceptional stability of temperature and magnetic field;
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Perfect for university and research laboratories;
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Manufactured by Cryogenic Ltd, United Kingdom.
The Mini CFMS provides researchers with a reliable and user-friendly tool for advanced material studies, enabling high-precision measurements in superconductivity, magnetism, and nanoscience under cryogenic and magnetic conditions.
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