Standard Cones Nickel (Platinum available) PlasmaQuant MS - high sensitive, robust and reliable ICP-MS InstrumentĩBe > 20 kcps/ppb 115In > 500 kcps/ppb 208Pb > 225 kcps/ppb iCRC Mode He: 59Co > 40 kcps/ppbĭiscrete dynode electron multiplier (DDEM), all-digital detector Lead Isotope Ratios in Cigars as an Indicator of Authenticity Using ICP-MS (EN)įood Authenticity Testing by Strontium Isotope Ratio Determination in Wine and Cereals Using ICP-MS (EN) High-throughput Analysis of Drinking Water with ICP-MS (EN)ĪppNote Achieving Lowest Detection Limits Using the PlasmaQuant MS Elite S ICP-MS (EN)Ĭalcium Isotope Ratios in Milk by PlasmaQuant MS (EN) Hochdurchsatz-Analyse von Trinkwasser mit ICP-MS (DE) Speciation of Arsenic in Rice by LC-ICP-MS on PlasmaQuant MS Elite (EN)Ĭharacterization of Powdered Milk by ICP-MS (EN)ĪppNote-Characterization-of-Powdered-Milk-by-ICP-MSĭetermination of Arsenic Species in Beverages by HPLC-ICP-MS (EN) Monitoring Drinking Water Quality with the PlasmaQuant MS (EN)Īnalysis of Food and Agricultural Samples Using ICP-MS PlasmaQuantMS (EN) Speciation of Arsenic in Apple Juice by LC-ICP-MS on PlasmaQuant MS Elite (EN) This allows accurate multielement analysis from ultra-trace to major levels in a single measurement and guarantees an exceptional detector lifetime. The all-digital detection system of the PlasmaQuant MS provides 11 orders of analytical range (0.1-1010 cps) in pulse-counting mode only. A unique inductively coupled plasma ionization source allows running the ICP-MS on less than 9 L/min argon gas while at the same time providing an exceptional matrix tolerance at low oxide formation (<2% CeO+/Ce+). The PlasmaQuant ICP-MS achieves up to 50% lower plasma operating costs. Fast switching between gases and BOOST technology raise productivity. The unique interference management with the iCRC, brings fast, simple and effective removal of molecular (spectroscopic) interferences to ICP-MS analysis and guarantees excellent longterm stability with tough samples. The outstanding sensitivity allows reducing the measurement time considerably without sacrificing precision and reproducibility. The outstanding mass separation and lowest abundance sensitivity allow the detection of ultra low element (species) concentrations and single particles with less than 5 nm diameter as well as a superior isotope ratio precision. The market leading sensitivity of the PlasmaQuant MS instruments guarantees lowest detection limits. Market Leading Performance and Lowest Running Costs Geldocumentation, Chemiluminescence & Fluorescence Imager.