Celeroton is a Swiss high-tech company developing and producing compact, oil-free turbo compressors and expanders with gas bearings. Our technology enables efficient, reliable and maintenance-free cooling in Reverse Turbo Brayton (RTB) cryocoolers for applications such as hydrogen liquefaction, zero-boil-off (ZBO) storage, and high-temperature superconducting (HTS) systems, and in air cycle machines for demanding cooling applications in the semiconductor industry.
ICE are leading designers and manufacturers of high-performance cryogenic systems for the cryogenic research community. We offer both wet and closed-loop systems for a wide range of low temperature applications.
Utilising our key patented technologies, we can achieve some of the highest cooling powers on the market, combined with rapid cool-down times and excellent temperature stability.
Each system can be fully customised to allow for optical access, magnet integration, sample manipulation and experimental wiring. We believe in delivering high quality products alongside outstanding customer support and excellent levels of personal service from our expert technical teams.
.png)
Lihan Cryogenics Co., Ltd. specializes in the research, development, manufacturing, and customization of cryogenic refrigeration systems. Our Stirling and pulse tube cryocoolers cover a temperature range of 10–200 K, with cooling capacities ranging from milliwatts to kilowatts. Our products serve a wide range of applications, including infrared imaging, nuclear detection, atmospheric monitoring, superconducting systems, biomedical technologies, and gas liquefaction. We are committed to delivering innovative, reliable, and high-performance cryogenic solutions tailored to our customers' needs.
Linde Kryotechnik, a subsidiary of Linde plc, is their technology leader in cryogenic systems. With decades of experience in the planning, design and construction of helium and hydrogen plants, we provide our customers with refrigeration, liquefaction and distribution systems that operate at temperatures ranging between -193°C (80 K) and -271.5°C (1.8 K).
Our customers are focused on basic and applied research in cutting-edge areas such as quantum computing, science using superconducting magnets or the search for the energy of the future – spanning everything from hydrogen to fusion. They are also enabling today's high-tech applications like medical imaging (MRIs).
We are cooling the technology of tomorrow.
For more information about our company, products and services, please visit linde-kryotechnik.ch.
%20Logo%202HR.jpg)
SHI Advanced Technologies, part of the Mechatronics Segment of Sumitomo Heavy Industries, Ltd., is a global leader in cryogenic and vacuum technologies, supporting the medical, semiconductor, flat panel, general coating and scientific research markets. With more than six decades of expertise and a presence spanning Asia, Europe and the United States, the organization delivers innovative cryocooler and cryopump solutions that set industry standards for performance, reliability and long-term value.Through its commitment to continuous improvement and advanced engineering, SHI develops world-class technologies that support applications from high-precision manufacturing to cutting-edge research environments. This dedication is reflected in the company’s extensive installed base of cryogenic systems worldwide and its robust global support network, which includes 13 offices and numerous representatives providing responsive sales, service and technical expertise.
Learn more at http://shicryogenics.com.
Sumitomo Chemical currently operates businesses in four sectors — Agro & Life Solutions Sector, ICT & Mobility Solutions Sector, Advanced Medical Solutions Sector, and Essential & Green Materials Sector — and supplies solutions (technologies and products) worldwide that underpin a wide variety of industries and people’s lives.
We produce Ultra High Purity Aluminium (up to 99.9999%) used in highly functional products, such as flat panel displays, wiring materials for semiconductors, and heat transfer materials for cryogenic application.
VDL Enabling Technologies Group (VDL ETG) is a leading tier-1 contract manufacturer, delivering advanced high-tech components, modules and systems for customers in industries such for the semiconductor industry, analytical instruments, and medical systems. Products that are characterized by their high complexity and relatively low production runs. With expertise in positioning, handling and vacuum technologies, VDL ETG supports the full product lifecycle, from design and industrialization to production, assembly, testing and after-sales support. Operating across Europe, Asia and the United States, VDL ETG helps customers worldwide transform complex technological challenges into market-ready solutions.
The Foundation SuperACT is serving as an independent facilitator for research and innovation, focusing on development of superconductor and cryogenic technologies for a broad range from basic research to end-use markets. This involves big science projects like fusion (ITER, CFETR, BEST, DEMO), particle accelerators (CERN), vibration free cooling for space missions and telescopes (ESA), generators for offshore wind energy (ECOSwing) , power transmission, energy storage, medical (MRI), LNG processing and lightweight robust cryo-composites. The foundation aims to further reduce the gap between academic research and commercial utilization. The foundation facilitates research projects that typically have a development character.
The Foundation SuperACT offers test facilities, training and consultancy for testing of superconductors, cryogenic research and engineering solutions for materials, composites and systems in tight collaboration with the research chair Energy, Materials and Systems (EMS) of the University of Twente.
Little Beast Software develops advanced software and engineering solutions for magnet systems. Our expertise includes magnet design, optimisation, and simulation workflows for complex accelerator and fusion applications. We also develop Rat GUI, a user-friendly interface that makes magnet modelling and analysis more accessible, efficient, and reproducible. By combining fusion and accelerator knowledge with practical software development, Little Beast Software helps research facilities and technical teams move from concept to reliable implementation faster.
