Cryostats
ARS offer a comprehensive range of cryostats, designed for research centers and industrial applications. These systems provide capabilities for material characterization, quantum research, spectroscopy, and low-temperature physics experiments.
ARS manufacture various types of cryostats, ensuring flexibility for a wide range of applications:
- Closed-Cycle Cryostats – Cryogen-free systems delivering ultra-low temperatures down to <2K, with optional optical access and low-vibration configurations for sensitive measurements.
- Flow Cryostats – Utilizing Liquid helium with fast cooldown times, high thermal stability, and compatibility with spectroscopy, microscopy, and other precision applications. ARS offer one of the most cryogen-efficient flow cryostats on the market.
Systems are available with a wide range of customization options to suit specific research and industrial needs, including:
- Temperature ranges from <2K to 800K
- Low-vibration systems with vibrations as low as <2 nm
- windows for spectroscopy and laser experiments
- Integrated electromagnets and superconducting magnets
- Versatile mounting and chamber configurations
Laboratory Cryostats
For cryogenic research in material characterization, optical spectroscopy and electrical transport measurements etc.
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Nanoscience and Quantum Optics Cryostats
For nanoscience and quantum optics provide ultra-low vibration and high sample stability
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Ultra-High Vacuum Cryostats
For surface science, space simulation, quantum materials research and advanced microscopy
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Closed Cycle Cryocoolers
For detector cooling, superconducting devices and quantum research
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Helium Flow Cryostats
For providing precise temperature control and rapid cooldown capabilities
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Application-Specific Cryostats
Application-specific cryostats customized to meet the unique demands of specialized research
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ARS
See the full ARS Cryogenic Equipment product range
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Further Information
What is a Cryostat?
A cryostat is a device designed to maintain extremely low (cryogenic) temperatures for samples, devices, or experiments. It achieves this by using either liquid cryogens (such as helium or nitrogen) or mechanical refrigeration (closed-cycle cryocoolers). Cryostats are essential in scientific research, engineering, and medicine for applications that require stable, controlled low-temperature environments.
Types of Cryostat:
- Closed-cycle cryostats: Use mechanical coolers, require no liquid cryogen refills, and can run continuously.
- Continuous-flow cryostats: Use a steady flow of liquid cryogen from a storage dewar.
- Bath cryostats: Use a reservoir of liquid cryogen, similar to a vacuum flask.
Key Features of a Cryostat:
- Vacuum Insulation: Most cryostats use a vacuum chamber to minimise heat transfer and maintain low temperatures efficiently.
- Temperature Range: Typical operating temperatures range from about 77 K (liquid nitrogen) down to below 2 K (liquid helium or advanced cryocoolers).
- Sample Environment: Samples or devices are mounted inside the cryostat, where they can be cooled and kept stable for measurements or preservation.
Cryostat Applications:
Material characterisation, quantum research, spectroscopy, and low-temperature physics. Used in medical histology for preparing thin tissue sections at low temperatures and engineering for testing and development of devices that require cryogenic conditions.
Wiki – Cryogenics
Industry Segments
Semiconductor Research and Development, Device Characterisation, Production Test, Semiconductor Wafer Probe Test etc.
ARS Website
Region
ARS Cryostats are available from Inseto in the United Kingdom, Ireland, Finland, Norway & Sweden.
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