Oxford Instruments specialises in the design, manufacture and support of innovative solutions, tools and systems for the emerging nanotechnology markets in areas such as XRF (X-ray Fluorescence) analysers , microanalysis systems, superconducting wires, NMR (nuclear magnetic resonance) magnets, cryogenic systems, plasma etch and deposition low temperature environments and coating thickness measurement.

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HelioxTMAC-V 300 mK Cryofree® 3He system

HelioxAC-V 300 mK Cryofree® 3He system

HelioxAC-V 300 mK Cryofree® 3He system

The HelioxAC-V is a compact Cryofree system able to cool large samples to 300 mK for more than 50 hours without the need for liquid helium.

Key features and benefits

The HelioxAC-V incorporates pulse tube refrigerator (PTR) and Cryofree technology. This means:

  • It requires no liquid cryogen, making it significantly easier to operate than conventional 3He systems and enabling operation in environments which would not normally support cryogenic equipment
  • Vibration effects are minimised

Get your HelioxAC-V before the academic year starts!

Enable your lab for the next year's research - a limited number of systems are now available from stock for shipment within 2 weeks of order. Use the Enquiries form or email us to reserve your system.


Un-rivalled experimental capability

The system further benefits from:

  • Unique design
    • The HelioxAC-V uses a proprietary cryogenic cycle (US patent 6782712 and European patent application 1387133) using adiabatic multi-expansion of 3He gas.
  • Wide temperature range from 300 mK to 300 K
  • Operating time at base temperature more than 50 hours with a typical 3He regeneration time of only 3 hours
  • High temperature stability
    • Professor Leonid Kuzmin from the Quantum Device Physics Laboratory from Chalmers University(Sweden) demonstrated a temperature stability as low as +/- 100 µm over a period of 8 hours. See full article entitled "Array of SIN tunnel junctions as a sensitive thermometer" in Downloads and Links on the right.
  • 3He storage dumps and pumping system are contained within the system enabling a compact design - just 0.4 m diameter and 0.85 m high
  • No blockages can occur during operation thanks to the built-in cryogenic pump which traps contaminants.
  • Large sample space
    • Up to 147 mm diameter and 100 mm high, allowing the system can accommodate complex experimental set-ups.

Options

  • Wiring
    • Non-standard wiring to the helium-3 pot is available.
  • Cryostat tail
    • Special tails are available to fit a wide range of applications such as neutron scattering, low temperature detectors and optical applications.
  • Integration with a Cryofree magnet

HelioxAC-V internal view

HelioxAC-V internal view

HelioxAC-V with narrow tail in a frame to fit in a Cryofree magnet

HelioxAC-V with narrow tail in a frame to fit in a Cryofree magnet

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OI Direct - Cryospares®

Oxford Instruments Direct Cryospares on-line catalogue

Browse our on-line Oxford Instruments Direct - Cryospares catalogue, offering you an extensive range of cryogenic products, spare parts, accessories and consumables. AUTUMN/FALL SPECIAL OFFERS ON NOW Click here (opens in new window) »

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