# Demcon kryoz > Demcon kryoz specializes in thermal systems engineering for high-tech applications, with expertise in cryogenics, cooling techniques, vacuum techniques, and gases and liquids. Demcon kryoz supports customers from feasibility studies and concept development to prototyping, testing, certification, industrialization, manufacturing, and lifecycle support. The company works on systems across an exceptionally wide temperature range, from 2,000°C down to -273°C, and is part of the Demcon Group. ## Services - [Full service](https://kryoz.demcon.com/services): Full-service thermal engineering and contract R&D for high-tech product development. Covers feasibility studies, system modeling, simulations, prototyping, pilot testing, certification, clinical testing, manufacturing support, and lifecycle support for startups and OEMs developing complex thermal systems. ## Products - [OEM products](https://kryoz.demcon.com/products): Overview of Demcon kryoz OEM products for thermal management, cryogenic cooling, and compact thermal control. Highlights proprietary solutions developed alongside engineering services, including products for microscopy and small-space platforms. - [Cryocooling for high-res microscopy](https://kryoz.demcon.com/products/product-cryoem): Ultra-low-vibration, cryogen-free cryocooling solution for high-resolution microscopy. Focuses on stable temperature control, six-degree-of-freedom sample movement, vacuum compatibility, low thermal drift, and integration into advanced microscopy platforms such as cryo-EM and related imaging systems. - [Cooling for small satellites](https://kryoz.demcon.com/products/product-minimpl): Compact thermal control product for CubeSats and microsatellites. Presents a mechanically pumped loop for transferring heat inside small satellites, with a focus on lightweight thermal management, reliability, and scalable integration for space applications. ## Expertise - [Expertise overview](https://kryoz.demcon.com/expertises): Overview of Demcon kryoz core expertises in thermal systems engineering. Introduces capabilities in cryogenics, cooling techniques, vacuum engineering, fluidics, thermal architecture, and multidisciplinary system design for new product introduction. - [Cryogenics](https://kryoz.demcon.com/expertises/cryogenics): Cryogenic engineering for low-temperature systems below 120 K. Covers cryogenic system design, modeling, testing, prototyping, cryocoolers, Joule-Thomson cooling, dewars, liquid nitrogen infrastructure, and ultra-low-vibration cryogenic solutions for scientific and industrial applications. - [Cooling techniques](https://kryoz.demcon.com/expertises/cooling-techniques): Broad expertise in cooling technologies across different temperature domains. Includes heat pumps, Peltier elements, Stirling coolers, GM and pulse tube coolers, cryostats, cycle modeling, test setups, and selection of the most effective cooling principle for real-world systems. - [Vacuum techniques](https://kryoz.demcon.com/expertises/vacuum-techniques): Vacuum engineering for high-tech and low-temperature systems that require thermal insulation, contamination control, and stable operating conditions. Covers vacuum chamber design, feed-throughs, outgassing, sealing, clean assembly, ultra-high vacuum, cryogenic vacuum systems, and vacuum system modeling. - [Gasses and liquids](https://kryoz.demcon.com/expertises/gasses-and-liquids): Thermal-fluidic engineering for systems that transport energy through gases and liquids. Covers fluidic architecture, simulation, prototyping, pressure-drop optimization, heat exchangers, cryogenic fluids, high-pressure systems, and fluid mechanics for industrial and high-tech applications. - [Quantum-ready Cryogenic & Vacuum Engineering](https://kryoz.demcon.com/Quantum-ready-Cryogenic-Vacuum-Engineering): Cryogenic and vacuum engineering for quantum-enabling systems. Focuses on low-noise thermal control, vacuum quality, vibration reduction, controlled gas handling, system-level engineering, and scalable development support for quantum technology and other advanced instruments. ## Showcases - [Showcases overview](https://kryoz.demcon.com/showcases): Overview of Demcon kryoz reference projects and thermal engineering case studies. Demonstrates how cryogenics, cooling, vacuum, and thermal-fluidic expertise are applied in real customer projects across science, medical technology, defense, space, and industrial systems. - [Perfect temperature conditions](https://kryoz.demcon.com/showcases/perfect-temperature-conditions): Controlled thermal and humidity conditions for cryogenic sample preparation. Highlights thermal architecture, dew point control, humidity control, vitrification support, and highly stable environmental conditions for cryo-electron microscopy sample workflows. - [Cryogenic microcooling](https://kryoz.demcon.com/showcases/cryogenic-microcooling): Ultra-low-vibration miniature cryogenic cooler for microscopy. Describes localized cryogenic cooling for SEM, FIB, and other high-resolution imaging methods, with six-degree-of-freedom motion, cryogen-free operation, low vibration, and precise temperature stability. - [Cooling in space](https://kryoz.demcon.com/showcases/cooling-in-space): Thermal control for small satellites using a mechanically pumped loop. Focuses on space thermal management, heat transport in orbit, compact system design, and thermal control solutions for next-generation small satellite missions. - [High energy and cooling](https://kryoz.demcon.com/showcases/high-energy-and-cooling): High-power reversible heating and cooling system for demanding mission profiles. Covers thermal-fluidic modeling, high-power heat pumps, verification testing, system realization, and validation of energy and cooling subsystems. - [Peltier characterization](https://kryoz.demcon.com/showcases/peltier-characterization): Dynamic modeling and characterization of thermoelectric cooling systems. Focuses on the Peltier effect, thermal behavior analysis, model-based development, and performance prediction for thermoelectric modules in practical applications. - [Cool to save lives](https://kryoz.demcon.com/showcases/cool-to-save-lives): Cryogenic ventilation proof-of-principle for therapeutic hypothermia. Describes a medical cooling concept using cryogens, heat exchanger design, respiratory flow cooling, LEM modeling, and development of a proof-of-principle system for emergency medicine applications. - [Transport climate control](https://kryoz.demcon.com/showcases/transport-climate-control): Autonomous climate-controlled transport systems for temperature-sensitive goods. Covers temperature and humidity control, autonomous thermal management, PCM buffers, reversible heat pumps, and optimization of transport containers for extreme environmental conditions. - [Cryogenic milling process](https://kryoz.demcon.com/showcases/cryogenic-milling-process): Feasibility study for cryogenic cooling of a high-power milling process. Covers cryogenic concept generation, argon-based cooling loops, low-temperature process control, trade-off studies, and thermal management of heat loads above 250 W. ## About - [Home](https://kryoz.demcon.com/): Main overview of Demcon kryoz as a specialist in low-temperature systems and thermal systems engineering. Introduces the company’s services, products, expertises, showcases, and focus areas including cryogenics, cooling techniques, vacuum techniques, and quantum-enabling engineering. - [About us](https://kryoz.demcon.com/about-us): Company background, team, and position within the Demcon Group. Explains Demcon kryoz’s history, full-service design-house approach, contract R&D capabilities, multidisciplinary collaboration, and quality standards including ISO 9001:2015, ISO 13485:2016, and ISO 45001. ## News - [First Einstein Telescope R&D grant](https://kryoz.demcon.com/news/first-grant-from-the-einstein-telescope-r-d-scheme-for-high-tech-companies): News about the Einstein Telescope R&D project focused on vibration-free cryogenic cooling. Highlights Demcon kryoz’s role in developing advanced low-vibration cooling technology for extremely sensitive measurements in next-generation scientific infrastructure. ## Contact - [Contact](https://kryoz.demcon.com/contact): Contact details for Demcon kryoz. Helps visitors connect with the company for cryogenic engineering, thermal systems development, vacuum technology, and custom product or project inquiries. - [Contact form](https://kryoz.demcon.com/contact-form): Direct contact and inquiry form for new projects, technical questions, partnership requests, and engineering support in cryogenics, cooling, vacuum, and thermal-fluidic systems.