Product OverviewClean up your spectra and simplify trace-level multi-element analysis with Thermo Scientific™ Element™ Series high-resolution ICP-MS. The Element 2 and Element XR sector-field ICP-MS systems deliver accurate quantitative analyses from mg/L down to sub pg/L concentrations, making them well suited to semiconductor, geological and materials science laboratories.
The Element 2 and Element XR provide class-leading elimination of spectral interferences through high mass resolution, enabling precise isotope ratio measurements and reliable quantification across nearly the entire periodic table without complex sample preparation or reactive gases.
High mass resolution (sector-field) separates analyte ions from overlapping interferences by exploiting small differences in mass-to-charge (m/z), allowing quantification and isotope analysis across varied matrices and trace concentrations.
The straightforward operation and method development of the Element series combine advanced performance with reliability, supporting both top-level research/metrology and advanced routine analysis environments.
Features and benefits- High mass resolution: separate isotope signals from spectral interferences to obtain clean elemental spectra while maintaining analytical flexibility.
- Straightforward analytical methods with visual confirmation of accurate measurements.
- Physical interference removal without reactive gases.
- High sensitivity: accurate multi-element analysis to pg·L-1 concentrations; Element XR extends linear dynamic range by ~3 orders of magnitude.
- Suitable for transient multi-element signals (laser ablation, HPLC, GC, CE, FFF).
- High-precision isotope ratio capability.
- Robust and reliable for 24/7 production control and advanced research.
Available models (catalog table)Catalog Number | Model
IQLAAMGADVFABWMAFC | Element 2
IQLAAMGADVFABWMAFB | Element XR
Technical specifications- Series: Element™ Series HR-ICP-MS
- Model: Element 2
- Type: Sector-field ICP mass spectrometer
- Unit Size: Each
- Concentration range: mg/L to sub pg/L
- High mass resolution capability (sector-field; typical R ≈ 10,000+)
- Extended linear dynamic range (Element XR increases range by ~3 orders of magnitude)
- Applications: semiconductor, geological, materials science laboratories; transient signals (laser ablation, HPLC, GC, CE, FFF)
- Key benefits: physical interference removal (no reactive gases), ultra-sensitive multi-element analysis, high-precision isotope ratios
- Catalog number (primary variant on page): IQLAAMGADVFABWMAFC