Because the Cryojet5 offers:
- 5 minute cooldown time
- 5 day run time
- 500 K upper temperature as standard
- 85 K base temperature
The new touch screen controller operation is very simple with cooldown to 100 K achieved at the push of a button
in less than 5 minutes. There is also a new one-touch shutdown procedure. Remote control is easy through
Ethernet, USB or RS232 interfaces and integrated software packages.
The nitrogen flow is generated using a simple heating element in the base of the Cryojet5 leg. Liquid nitrogen is evaporated by the heater resulting in a constant flow of gas to the Cryojet5 head. The gas flow is temperature stabilised and exits the nozzle (the sample flow). A second flow of dry nitrogen gas can be used as a shield around the cold jet to prevent ice accumulation on both the nozzle and the sample. This shield flow is generated using the same principle as in the Cryojet leg. Alternatively a dry air supply can be used for the shield flow.
(Click to enlarge)
Cryojet5 is simple to use and integrated with commercially available diffractrometers.