Universities and research centers: reliable High Vacuum solutions for advanced research
SAES Non-Evaporable Getter (NEG) pumps are widely trusted by universities and research centers worldwide for their unique ability to deliver stable, ultra-clean high vacuum (HV) and ultra-high vacuum (UHV) conditions across a broad range of vacuum-related experiments.
These high-performance pumps and customized vacuum systems play a crucial role in several research applications, including surface science experiments, atom and ion cooling and trapping systems, noble gas spectroscopy, and secure transportation of samples under vacuum.
Compared to conventional vacuum pumping technologies, SAES NEG pumps offer scientists clear advantages: high pumping speed, efficient removal of active gases to reach the lowest pressures, oil-free and vibration-free operation, no residual magnetic field, lightweight and compact design, and zero power consumption during operation—all essential for sensitive experiments in quantum research, spectroscopy, and material science.
From ARPES, SPM, XPS, and LEEM/PEEM to quantum computing setups, vacuum suitcases, sample purification, and argon dating, SAES NEG technology supports leading-edge research with proven reliability and cost-effective performance.
Unique Features of SAES Non Evaporable Getter (NEG) Pumps
High Pumping Speed
SAES NEG pumps offer a high pumping speed in a compact size, making them suitable for use in small systems or enabling re-design for optimal space utilization.
Effective Removal
These pumps effectively remove H2 and active gases, ensuring the lowest possible pressures for improved measurement quality and fidelity.
Minimal Power Consumption
SAES NEG pumps require minimal power to maintain base pressure, making them ideal for situations where power shortages may occur.
Vibration-free
These pumps are oil-free and vibration-free, making them well-suited for clean systems where contamination and mechanical disturbances are concerns.
Minimal Magnetic Field
The negligible residual magnetic field produced by these pumps minimizes unwanted detrimental interferences on the measurements.
Compact & Lightweight Design
SAES NEG pumps are easy to handle and install due to their compact and lightweight design.
Maintenance-free
Once installed, these pumps require no maintenance, saving time and resources in research settings.
