Please wait while we process your payment...
Please wait
Please wait while we delete your details...
Please wait
Please wait...

Our brands

DICECold Probe

A compact cryogen-free ³He system for use in a UHV environment, sample in vacuum, uses a closed cycle cooler with vibration eliminated by a bellows system. A 1K stage allows full condensation of the ³He charge which extends the hold time at a base temperature of 300mK to 40 hours, and gives a fast regeneration time

The DICEDIPPER insert with a large diameter will be designed specifically to operate within the clear neck of a custom made vapour shielded helium dewar. The dipper will have a large sample space with room to mount various components to for experimental work. The height of the system will also be minimised where possible to ensure it will integrate into the purposed laboratory. The insert comes with a self-contained 3He gas charge and includes our patented condensation process.

The system can be combined with one of our anti-vibration frames to reduce the vibration at sample.

FEATURESClick to view
SPECIFICATIONClick to viewClick to close

Temperature Range

0.3K to 325K

Cooling Power

25µW / 50µW @ 325K (dependant on sample space)

Temperature Stability

<5mK below 1K

Sample Environment

Vacuum or Exchange Gas

Sample Space

50mm / 70mm

Vibration at Sample



Air or water cooled options available


DC, RF and fiber optic options available

Optical Access

Up to five windows available (see window materials)

Base Temperature

<300mK with experimental wiring

Hold Time

>100 hours with experimental wiring, >70 hours in low vibration mode

Temperature Controller

Lakeshore 335 as standard (Other controllers available on request)

Magnetic Field


DOWNLOADSClick to viewClick to close

Also consider Click to view



Please send me the latest offers and news. For more information, please view our Privacy policy
Ice Oxford

Product Enquiry

To send an enquiry fill out the form:


DICECold Probe
Name *
Company or Institution *
Tel *
Email *
Enquiry *
Where did you hear about us? *
Add me to your mailing list

For more information, please view our Privacy policy