oxcryo.comCrawled Nov 14, 2026
The company offers cryogenic solutions for scientific applications including micro-CT, radio astronomy, and crystallography.
The N-Helix is a helium based open-flow sample cooler enables charge density investigations with phase transitions down to 28 K.
The company emphasizes software and cybersecurity to maintain the reliability, security, and performance of its connected products.
The company provides cryogenic products for sample cooling in diffraction analysis and heat management in cryostats and radio astronomy.
The page features an interview with William Garnier, SKAO’s Director of Communications, Outreach and Education, on cryogenic technologies in radio astronomy.
For four decades, OxCryo has been driven by a single goal: enabling discovery through world-leading cryogenic technology.
Activating simple alkanes like methane and ethane is one of chemistry’s long-standing challenges — but recent work led by researchers at the Australian Centre for Neutron Scattering (ANSTO) and the University of Oxford demonstrates a remarkable route forward.
ANSTO has been using a wide nozzle Cobra on their KOALA, a single-crystal Laue neutron diffractometer, with plans to use Argon gas in future.
EMSS Antennas is installing Oxford Cryosystems’ AC3 Helium Compressors on MeerKAT radio telescopes for SARAO.
The Natural History Museum has installed a Cryostream 1000 to help in mineral-focused research related to resourcing the green economy.
The page provides updates on news, events, product releases, and scientific insights from Oxford Cryosystems.
Oxford Cryosystems is hiring an intern with a physics or mechanical engineering background to support its engineering team.
The page allows users to request a personalized quote for a GM Cryocooler tailored to their project.
The page details customization options for the N-Helix cryogenic solution and provides a quote request.
Ben Frank, Operations Director at Oxford Cryosystems, has over 10 years of experience in mechanical design, manufacturing, and operations, previously leading roles at Recycling Technologies and XDS Oxford.
Dan joined Oxford Cryosystems in November of 2021 having spent the last 15 years working within mechanical and mechatronic engineering.
Ellen joined Oxford Cryosystems in 2018. She has over 20 years experience in a wide range of accounting and finance roles.
The page introduces the team behind Oxford Cryosystems, focusing on their contributions to cryogenics innovation.
The page explains how open-flow cryogenic cooling breakthroughs, including the Cryostream, transformed crystallography into a global standard for low-temperature diffraction.
With the Cryostream 700 firmly established and dominating the crystallographic market, OxCryo’s expanded development and manufacturing base in Long Hanborough became the launchpad for a new range of closed-cycle systems.
The page describes how OxCryo’s GM cryocoolers and the AC3 helium compressor advanced radio astronomy through collaborative engineering and customer-focused innovation.
Oxford Cryosystems are cryogenic experts, delivering ultra-low-temperature solutions for advanced scientific research.
The page offers contact options—phone, email, or online forms—for customer inquiries and support.
The page details customization options for the Cobra cryogenic solution and provides a quote request.
The page details customization options for the Phenix cryostat and provides a quote request.
Users can submit a support ticket by describing their issue, and the team will respond with a solution.
Oxford Cryosystems is a world leader in cryogenic solutions for scientific applications like diffraction analysis and radio astronomy.
Oxford Cryosystems accepts vulnerability reports from customers and security researchers, detailing disclosure procedures and coordination efforts.
The company offers pre-paid service contracts to simplify annual maintenance for cryogenic devices.
The page outlines the terms and conditions for using the website, including policies and user responsibilities.
