Oil Dilution Rate Measurement Mass Spectrometer FuelSense
Mass spectrometer for measuring oil dilution rate
FuelSense is a mass spectrometer based on IMR-MS, specialized in measuring oil dilution rates.
- Company:アナリティクセンス
- Price:Other
1~5 item / All 5 items
Mass spectrometer for measuring oil dilution rate
FuelSense is a mass spectrometer based on IMR-MS, specialized in measuring oil dilution rates.
This is a triple quadrupole LC/MS with a compact size integrated into a C module, yet it offers powerful performance.
The "Ultivo Triple Quadrupole LC/MS (LC/TQ)" is a powerful triple quadrupole LC/MS integrated into a compact-sized LC module. It meets the needs for routine analysis in food safety testing and other applications. With features like Quant-My-Way, which allows screen customization to fit workflows, an intelligent diagnostic function that assesses the state of the device, and VacShield that reduces maintenance time, it maximizes laboratory uptime. 【Features】 ■ Compact size integrated into the LC module ■ Meets the needs for routine analysis in food safety testing and other applications ■ Achieves high-sensitivity measurements of LC/TQ even in limited lab spaces ■ Allows stacking of the LC module on top ■ Supports flexible layouts according to the laboratory installation environment *For more details, please refer to the PDF document or feel free to contact us.
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 for the quantification of 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 spectrometry 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.