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
basic information
For more details, please download the PDF or feel free to contact us.
Price range
Delivery Time
Model number/Brand name
Thermo Scientific ELEMENT Series Double Focusing High-Resolution ICP-MS
Applications/Examples of results
We are adopted for a wide range of applications, from routine analysis to cutting-edge research.
Line up（2）
| Model number | overview |
|---|---|
| Thermo Scientific ELEMENT 2 Double Focusing High-Resolution ICP-MS | Standard Model |
| Thermo Scientific ELEMENT XR Double Focusing High-Resolution ICP-MS | Dynamic Range Extended Model |
