Dual Convergence High-Resolution ICP-MS "ELEMENT 2/XR"
For those seeking sensitivity and reliability in ICP-MS analysis, we propose high-resolution ICP-MS.
High-resolution ICP-MS is an ICP-MS that uses magnetic and electric field convergence in the mass separation section. Unlike quadrupole ICP-MS, it can separate spectral interferences without collision or reaction gases, demonstrating superior performance in terms of analytical reliability, sensitivity, and efficiency. ■ Pursuit of Analytical Reliability - High mass resolution capable of separating most interferences - Visual confirmation of the presence or absence of interferences on the spectrum ■ Pursuit of Detection Sensitivity - Significantly better ion transmission compared to quadrupole ICP-MS - No loss of sensitivity due to scattering of measurement ions in the collision/reaction cell - Jet interface option allows for even higher sensitivity - Wide dynamic range: extendable up to 12 digits with the use of Faraday detectors (ELEMENT XR ICP-MS only) ■ Pursuit of Analytical Efficiency - Multi-element analysis and isotope ratio analysis with excellent scan speed - No need to select plasma conditions, gas types, or measurement modes as in quadrupole ICP-MS, reducing method development time - No need to replace gases for each measured element, shortening measurement time - Elimination of flammable and toxic gases reduces management costs and environmental impact
- Company：サーモフィッシャーサイエンティフィック株式会社／Thermo Fisher Scientific K.K.
- Price：Other
