ICE Launches DRY ICE 0.8K Benchtop Cryostat
ICE offer a range of cryogen free cryostats designed to take large experimental heat-loads, perfect for everyday research and the development of quantum based technologies. The latest addition to this range is the DRY ICE 0.8K Benchtop Cryostat, an upgrade from the DRY ICE 1.0K Benchtop, it combines continuous operation in the temperature range of 0.8K to 425K with a compact benchtop design.
Quick Sample Changes for The University of Stirling - Jan 2020
DRY ICE 4K TL Cryostat with ICE AV Anti-Vibration Frame
The DRY ICE 4K TL Cryostat is ideal for applications where quick sample changes are vital. The system is loaded with a top loading probe which cools the sample through exchange and the sample probe is suspended from an anti-vibration frame, reducing vibration at the sample to ±20nm. Changing the sample simply requires removing the probe, changing the sample and then re-inserting the probe. This changover can be completed in as little as 2 hours (going from 4K to 300K and back to 4K).
This system is now in use at The University of Stirling. Dr. Christian Schroder from the University's Mossbauer Spectroscopy Laboratory for Earth and Environment (MoSEE) comments:
"Overall, I am extremely happy with the value for money this cryostat affords our lab. ICE were very receptive to my comments during the design of the instrument and incorporated all of my suggestions, and they have always been responsive to my queries since."
"We have used the cryostat successfully in a commercial study with a pharmaceutical company. The first scientific paper with results produced using the cryostat is currently in review."
ICE welcomes 6 new employees to the team
Over the past month ICEoxford have welcome six new starters to join the team in Witney, Oxfordshire.
Rajat Gupta and James Crowe, Test and Installation Engineers
Karl Brown, Project Engineer
Trevor Wilkinson, Design Engineer
Dan Haynes, Test Technician
Cesca Molyneux, Marketing Executive
ICEoxford delivers DRY ICE 1.5K Cryostat to ICFO
ICE has recently delivered a DRY ICE 1.5K Cryostat with an 8T Superconducting Magnet to instituto de ciencias Fotonicas (Institute of Photonic Sciences) in Barcelona.
This new system also incorporates a double-axis sample rotator with wiring to a 28 or 44 pin chip carrier, which allows for very fast sample change, electrical protection of the samples and lower noise.
The sample holder is made from non-magnetic materials and has a direct thermal link to the sample holder for optimal base temperature and cooling power.
ICE Invests in Grafeye - Mar 2019
ICEoxford Limited has entered into a Joint Venture with Grafeye Limited, the company behind the only one piece KF Clamp in the World. This is a robust low cost alternative to the alluminium or pressed clamps and comes in the KF 10/16 size currently with the KF25 & 40 to follow.
The clamps are available from our CryoBitz shop
DRY 12T 100mm VTI System Working well - Feb 2019
DRY 12T 100mm VTI System Working well - Feb 2019
ICEoxford Limited delivered this special system to Cambridge University in March 2018. The customer has been very impressed with the available cooling power and base temperature. It is being utilised by many users at the University and beyond...
“I very pleased to be able to say that I am very satisfied with this system. In particular, the dual cooler configuration provides plenty of cooling power, which was my primary concern going to a conduction cooled system for such a large volume. As an example of this we have found that a very high heat leak probe with copper 100A leads will cool to below 20K overnight just in static mode.
The magnet appears to be very well behaved and after a couple of quenches reliably achieves to within 0.003T of the rated field. We have not conducted extensive checks of homogeneity, but it would appear that the system easily meets the tender specification.
I have also been impressed with the supplied ancillaries, which are from high quality manufacturers and it is clear that corners have not been cut in fitting this system out.
The inevitable minor snags in such a custom system were cleared up promptly and professionally by your excellent team and the system is starting to be used heavily by users both within and without the University.”
ICE Wins Prestigeous Award for Innovation - Oct 2017
ICEOXFORD RECEIVES INSTITUTE OF PHYSICS AWARD FOR OUTSTANDING INNOVATIVE WORK
Institute of Physics (IOP) has recognised ICEoxford as part of its 2017 Business Innovation Awards for the development of the 1.0 Kelvin High Cooling Power Cryogenic System, which will enable research in photonic quantum computing.
ICEoxford has been awarded one of five Innovation Awards from the IOP, with representatives from the company receiving their award at a Parliamentary reception in London on 18 October 2017.
The Business Innovation Awards are presented to businesses that have built success on the innovative application of physics, which has a transformative effect resulting in increased turnover, profitability and jobs.
The award is in recognition of ICEoxford’s research application of the integration of quantum photonic circuits with single-photon detectors in cryogenic environments, which will enable quantum photonic computers that will revolutionise computing over the coming decades.
A requirement of this research is the dissipation of large amounts of power while keeping the processor at an ultralow temperature. Such conditions can be achieved in the patented cryostats developed by ICEoxford. This is a unique solution and has outperformed all other products currently in the market. Therefore, it has contributed significantly to the development of quantum photonic instruments.
The award was presented to the company at a Parliamentary reception at Westminster, attended by MPs, Lords, policy makers, business leaders and leading physicists in the field.
Third CNC delivered to ICE -August 2017
Due to a large increase in orders and the success of the first two CNC machines ICE has taken delivery of a larger capacity machine.
These machines have dramatically improved the companys agility in responding to urgent customer requirements as well as reducing its dependence on external suppliers.