Residual Gas Analysis
Hiden Analytical provides reliable Residual Gas Analyzers (RGAs) for continuous monitoring of gases and vapors in vacuum environments. Ideal for leak detection, outgassing analysis, and vacuum system diagnostics.
Residual Gas Analysis
RGA Series
Systems for the examination of components present in a vessel or evolved from a process. Measures the concentration of gases and vapours in real time.
HALO RGA
A Residual gas analyser for vacuum fingerprint analysis, leak detection and trend analysis.
Ion Source Options
A range of electron impact ion sources that can be supplied with any of our residual gas analysers. Configures residual gas analysers for specific applications, molecular beam analysis for example.
ΗΜΤ
A dual mode RGA system for vacuum diagnostics and process monitoring without differential pumping. Measures the residual gases, process contaminates and provides for leak detection.
HAL 201 RC
A Residual Gas Analyser configured for demanding UHV applications. Measures the concentration of gases and vapours in real time.
HALO 201 MBE
A residual gas system configured for molecular beam epitaxy applications. Measures residual gases and provides for contamination and leak detection in MBE systems.
EPIC / EPIC 1000 Series
A system for UHV analysis of neutrals, radicals and ions. Measures the ions, neutrals, and partial pressures in UHV/XHV.
IDP / IDP 1000 Series
A system for analysis of ions, neutrals and radicals in UHV desorption studies. Measures ions and neutrals in electron and photon stimulated desorption.
3F Series / 1000 Series RGA
A system for high precision scientific and process applications. Measures the partial pressures of residual gases with ultra high resolution and extended mass range options to 1000 AMU.
XBS
A system for multiple source monitoring in MBE deposition applications. For molecular beam analysis and deposition rate control.
3F PIC
Hiden’s 3F PIC Series Quadrupoles are high precision triple filter analysers with digital detectors for ultimate sensitivity and time resolution in UHV TPD applications.
DLS-1
A system for tokamak/torus fusion research. Measures the concentration of fusion fuel gas purity including hydrogen isotopes, deuterium in helium for example.
DLS-10
Ultra High Resolution Quadruple Mass Spectrometer. Specifically designed for the analysis of Hydrogen and Helium Isotopes and light gases.
DLS-20
Unique Dual-zone Switching Ultra High Resolution Quadruple Mass Spectrometer. Specifically designed for the analysis of Hydrogen and Helium Isotopes and light gases.
HAL 101X
A system for tokamak/torus fusion research with remote analyser mounting up to 140m. Includes the DLS-1 system TIMS mode for Measurement the concentration of fusion fuel gas purity including hydrogen isotopes, deuterium in helium for example.
