High Vacuum and Ultra-High Vacuum solutions tailored for advanced research
At SAES High Vacuum, we deliver precision-engineered high vacuum solutions and ultra-high vacuum (UHV) systems to meet the stringent demands of cutting-edge science and high-tech industries.
High Vacuum & Ultra-High Vacuum Pumps
Complete range of NEG pumps and UHV technologies
Our portfolio includes advanced Non-Evaporable Getter (NEG) pumps — trusted worldwide for maintaining ultra-high vacuum conditions, ensuring ultra-clean environments, and providing outstanding pumping speed and gas purity.With decades of expertise in getter technology, we offer pumps that integrate seamlessly into fusion reactors, synchrotrons, LINACs, electron microscopy systems, and quantum computing setups.
Integrated UHV engineering & scientific instrumentation by SAES group
Through SAES RIAL Vacuum, we design and manufacture custom vacuum chambers, UHV components, and engineered assemblies tailored to the most demanding research and industrial applications. In collaboration with Strumenti Scientifici Cinel and FMB Berlin, we deliver precision scientific instrumentation — including mirror chambers, monochromators, and NEG-coated beamline components — all engineered for synchrotrons, free electron lasers, fusion energy research, and particle accelerators.
Learn more about our group’s history and acquisitions on our ABOUT page
Our high vacuum and UHV solutions support a wide range of applications, including:
- Fusion energy and nuclear fusion systems
- SEM and TEM electron microscopy
- Particle accelerators, colliders, and synchrotrons
- Quantum sensing, atomic clocks, and cold atom experiments
- Surface science, XPS, ARPES, and advanced spectroscopy
By combining NEG pump technology, tailored UHV chambers, and precision instrumentation, we ensure that every vacuum system meets exact performance targets and long-term reliability requirements.
Do you want to discuss about our solutions?
Contact us to discuss your custom ultra-high vacuum solutions, explore our NEG pumps, or learn how our vacuum chambers and instrumentation can support your next breakthrough.
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