Low temperature
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Janis 1.5 K Continuous Closed Cycle Refrigerator Cryostat Closed Cycle Helium Cryostat Applications: Electrical Characterization, Electronics, Semiconductors, ... Features: Cryogen free, Low temperature, ... Techniques: Electrical transport, Thermal conductivity, Thermal conductivity, ... -
Janis 10 K Closed Cycle Refrigerator Systems Closed Cycle Helium Cryostat Applications: Intermetallics, Spectroscopy, Semiconductors, ... Features: Vacuum, Vacuum, ... Techniques: Electrical transport, Mossbauer spectroscopy, Thermal conductivity, ... -
Janis 4 K Closed Cycle Refrigerator Systems Closed Cycle Helium Cryostat Applications: Semiconductors, Electrical Characterization, Nanoscience, ... Features: Low temperature, Vacuum, ... Techniques: Thermal conductivity, Heat capacity, Heat capacity, ... -
Montana Instruments CryoAdvance High Mechanical and Thermal Stability from 3.6 to 300 k Applications: Semiconductors, Optical crystals, Photon experiments, ... Features: Cryogen free, Vibration Stability, ... Techniques: Mossbauer spectroscopy, Optical spectroscopy, Magneto-Optic Kerr Effect (MOKE), ... -
Janis Cryogen Free Superconducting Magnet Systems High Magnetic Fields in a Platform for Magnetic Measurements Applications: Magnetoresistance, Thin films, Magnetic properties, ... Features: Low temperature, Cryogen free, ... Techniques: Electrical transport, Torque magnetometry, Magneto resistance, ... -
Montana Instruments Cryostation® s200 Versatile Optical Cryostat For a Wide Range of Experiments Applications: Optical crystals, Thin films, Semiconductors, ... Features: Customizable chamber, Wave Guides, ... Techniques: Mossbauer spectroscopy, Nanopositioners, Optical spectroscopy, ... -
J.A. Woollam M-2000 Versatile Ellipsometer With CCD Detector Applications: Coating, Nanoscience, Spectroscopy, ... Features: Low temperature, Low temperature, ... Techniques: Spectroscopic ellipsometry, ... -
Quantum Design OptiCool - 7 Tesla Optical Cryostat Low Temperature, High Magnetic Field Optica Cryostat Applications: Spintronics / magneto-electronics, Semiconductors, Thin films, ... Features: Non Destructive, Automation, ... Techniques: Magneto resistance, Optical spectroscopy, Magnetometry, ... -
Janis Probe Stations Incorporating Magnets Different Orientations of Magnetic Field Applications: Electronics, Spintronics / magneto-electronics, Electrical Characterization, ... Features: Low temperature, Magnetic fields, ... Techniques: Electrical transport, Electrical transport, Magneto resistance, ... -
J.A. Woollam RC2 Highest Performance Ellipsometer Applications: Coating, Spectroscopy, Thin films, ... Features: Imaging, Low temperature, ... Techniques: Spectroscopic ellipsometry, Spectroscopic ellipsometry, Spectroscopic ellipsometry, ... -
Janis ST-100 Optical Cryostat Applications: surface analysis, Semiconductors, Spectroscopy, ... Features: Low temperature, Vacuum, ... Techniques: , Microscopy, Optical spectroscopy, ... -
Janis ST-500 Microscopy Cryostat Helium Cryostat Applications: Spectroscopy, Thin films, Semiconductors, ... Features: HV, Low temperature, ... Techniques: Magneto resistance, Optical spectroscopy, Microscopy, ... -
Janis STVP-100 Optical Cryostat Helium Cryostat Applications: Fluorescence/Phosphorescence lifetime imaging, Photon experiments, Semiconductors, ... Features: Vacuum, Low temperature, ... Techniques: , Microscopy, ... -
Janis SuperTran Continuous Flow Cryostat Systems Sample in Vacuum Cryostat Applications: Microscopy, Nanoscience, Spectroscopy, ... Features: Vacuum, Low temperature, ... Techniques: , Microscopy, Optical spectroscopy, ... -
Janis SuperTran-VP Continuous Flow Cryostat Systems Sample in Vapor Cryostat Applications: Microscopy, Spectroscopy, Semiconductors, ... Features: Vacuum, Low temperature, ... Techniques: , Optical spectroscopy, ... -
Janis SuperVariTemp Cryostat Systems Sample in Flowing Vapor Cryostat Applications: Thin films, Intermetallics, Fluorescence/Phosphorescence lifetime imaging, ... Features: Vacuum, Low temperature, ... Techniques: , Optical spectroscopy, ... -
Janis SVT-400 High-efficiency Cryostat High Efficiency Cryostat Applications: Electrical Characterization, Semiconductors, Fluorescence/Phosphorescence lifetime imaging, ... Features: Vacuum, Low temperature, ... Techniques: , Mossbauer spectroscopy, Optical spectroscopy, ... -
Janis Ultra High Vacuum (UHV) Micromanipulated Probe Stations Micro-manipulated Cryogenic & Vacuum Probe Systems Applications: Electrical Characterization, Spintronics / magneto-electronics, Finding new material, ... Features: Cryogen free, Magnetic fields, ... Techniques: Optical spectroscopy, Electrical transport, ... -
Ulvac Ulvac Liquid Nitrogen Plants 07 L/day Compact Plants for Liquid N2 Generation from the Air Applications: Microscopy, Cryogen liquefaction, Nuclear magnetic resonance (NMR), ... Features: Automation, Low temperature, ... Techniques: Gas liquefaction, ... -
Ulvac Ulvac Liquid Nitrogen Plants 14 L/day Compact Plants for Liquid N2 Generation from the Air Applications: Magnetic properties, Nuclear magnetic resonance (NMR), Microscopy, ... Features: Automation, Compact and easy-to-use, ... Techniques: Gas liquefaction, ...
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Ulvac Ulvac Liquid Nitrogen Plants 20 L/day Compact Plants for Liquid N2 Generation from the Air Applications: Cryogen liquefaction, Microscopy, Magnetic properties, ... Features: Low temperature, Automation, ... Techniques: Gas liquefaction, ...
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Janis VariTemp (VT-200) Variable Temperature Cryostats Applications: Nuclear magnetic resonance (NMR), Nanoscience, Intermetallics, ... Features: Cooling System, Vacuum, ... Techniques: Electrical transport, Nuclear magnetic resonance (NMR), Optical spectroscopy, ... -
Janis VNF-100 Cryostat System - Sample in Flowing Vapor Sample in Flowing Vapor Cryostat Applications: Nanoscience, Intermetallics, Fluorescence/Phosphorescence lifetime imaging, ... Features: Vacuum, Low temperature, ... Techniques: , ... -
Janis VPF Series Cryostat Systems Sample in Vacuum Cryostat Applications: Microscopy, Fluorescence/Phosphorescence lifetime imaging, Spectroscopy, ... Features: Low temperature, Vacuum, ... Techniques: Electrical transport, Microscopy, Optical spectroscopy, ...