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High-speed real-time analysis of composite gas components (over 1 msec per mass)
The Soft Ionization Mass Spectrometer AirSense is a multi-component mass spectrometer capable of simultaneously detecting both organic and inorganic components (online or offline).
High-speed, high-sensitivity online process mass spectrometer for hydrogen and helium.
The HSense mass spectrometer for hydrogen and helium has been developed to meet the need for highly dynamic hydrogen and helium analysis. It separates hydrogen and helium in less than one second and quantifies them over a wide concentration range from 1 ppm to 100%. It is equipped with a gas conditioning unit, which ensures that it is not affected by changes in moisture concentration in the sample gas.
Unique combination: IMR-MS + EI-MS
The CombiSense real-time composite gas mass spectrometer is a unit that combines two mass spectrometry techniques: soft ionization technology with low ionization energy and electron collision ionization method. It enables simultaneous real-time measurement of individual organic and inorganic gas components in composite gases using a single unit. The response speed is quick, at several tens of milliseconds, making it ideal for quantifying trace components in the ppb order.
Mass spectrometer for measuring oil dilution rate
FuelSense is a mass spectrometer based on IMR-MS, specialized in measuring oil dilution rates.
Process mass spectrometer for oil consumption measurement using the SO2 tracer method.
LubeSense is a process mass spectrometer for measuring oil consumption using the SO2 tracer method, combining IMR-MS and GasOxidizer.
Feed gas monitoring and purity analysis of food and beverage grade carbon dioxide.
CO2Sense is a real-time mass spectrometer developed to quantify trace impurities in carbon dioxide used in food and beverages.
Real-time analysis of trace gas components (impurities) in hydrogen at hydrogen production bases, storage tanks, and hydrogen stations.
The HydrogenSense mass spectrometer, which incorporates two types of mass analysis techniques—Ion Molecular Reaction (IMR) and Electron Impact Ionization (EI)—in a single unit, enables real-time simultaneous measurement of multiple gas components and analyzes impurities contained in hydrogen for PEM fuel cells.
Real-time gas component measurement with anode and cathode.
PEMSense is a mass spectrometer optimized for real-time measurement of H2, N2, O2, H2O, CO, CO2, and other gases in PEM fuel cells.
