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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Cryojet® nitrogen jet for X-ray crystallography

Cryojet nitrogen jet for X-ray crystallography

Cryojet® nitrogen jet for X-ray crystallography

Cryojet is a cold nitrogen gas flow system that enables X-ray crystallography / XRD to be performed at temperatures down to 90 K. Once cold, samples are held at a stable, controlled temperature for the duration of the measurement.

  • Avoid sample damage due to heating
  • Observe phase transitions
  • Measure LN2-frozen biological samples

5 top reasons to buy the Cryojet...

  1. Choice of wide temperature ranges
    • 90-300 K with CryojetXL
    • 90-490 K with CryojetHT
  2. No nozzle icing or blocking - unique dual nitrogen-flow technology provides shielding of the cold jet
  3. No need for a dry air supply, line drier or moisture trap
  4. Compact design and quiet operation - no pumps or compressors required, saving space and avoiding mechanical noise
  5. No moving parts means minimal maintenance

Get your Cryojet fast - available now for shipping within only one week!

We have a limited number of both CryojetXL and CryojetHT systems now available from stock for shipment within only 1 week of order.
Use the Enquiries form or email us now to reserve your system.


Operation

  • The leg of the Cryojet is inserted into liquid nitrogen in a storage dewar
  • Liquid nitrogen is evaporated using a simple heating element at the tip of the leg; this generates a flow of nitrogen gas
  • The gas passes along two flow paths (flexible lines) to the Cryojet head; one of these is for the sample (cold gas) and one for the annular shield (warm gas)
  • A heat exchanger in the Cryojet head delivers cold nitrogen gas at constant temperature to the sample
  • The second flow of dry nitrogen gas is generated in the same way but is heated to room temperature in the Cryojet head. This is directed to the nozzle where it forms an annular gas jet around the cold flow. This shields both nozzle and sample to prevent ice accumulation
  • The Cryojet Controller powers the heaters in the dewar and Cryojet head.  The sample temperature and gas flows are controlled from the front panel or via a standard RS232 interface
  • The Cryojet head is supported by a fully flexible translation stand to ensure that the nitrogen gas jet is positioned accurately with respect to the sample
  • The storage dewar is held at atmospheric pressure to permit liquid nitrogen refills with minimal disruption to the jet temperature.

Options

  • Autofill for liquid nitrogen dewar to provide automatic nitrogen dewar replenishment during long-term use
  • 3 m liquid nitrogen transfer line (1.5 m standard)
  • 160 litre nitrogen dewar (75 litre standard)
  • Wheeled dewar base for ease of movement around the laboratory
  • Electronic liquid nitrogen level meter and probe
  • RS232 or GPIB cables for remote operation of Cryojet Controller

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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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