NMI CRYOSTAT: CRYOGEN FREE ULTRA LOW VIBRATION CRYOSTAT
Our Ultra Low Vibration Cryogen Free Cryostat was created with the goal of providing a cryogenic scanning probe experiment with an ultra-low vibration measuring platform without the need of liquid helium. Mechanical vibrations produced by the pulse-tube coldhead are separated from the measuring platform thanks to a unique design.
The integrated variable temperature insert controls sample temperature from 1.3K to 300K
temperature. Simultaneous control of the applied magnetic field can reach up to 14.0 Tesla - all
without the need for any liquid cryogens and by using a single cryocooler.
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Up to 14.0 Tesla Magnetic Field
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Aluminum cryostat compatible with the 14T solenoid superconducting magnet.
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Temperature range: 1.3K to 300K
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Sample size up to 49mm
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Pulse Tube Cryocooler with low vibration & Helium compressor
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A top-loading VTI is integrated into the cryostat/cryocooler assembly to enable user
access to the high field region of the magnet.
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1, 3, 5, 7, 9, 12 and 14 Tesla Magnetic field options
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6-1-1 and 9-1-1 Tesla Vector Rotate Magnet options
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0.1% field homogeneity over 1cm DSV.
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HTS Current leads
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Electronically controlled Helium gas with a MFC (Mass Flow Controller)
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Vacuum Pump for Helium gas flow
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Temperature controller & 7 Channel
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Superconducting Magnet Power Supply
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Compressor
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Electronics cabinet
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Computer and Control Software