Product Description
Brand Thermo Fisher Scientific
Model Element 2
Capacity pgL-1 concentrations
CAT No IQLAAEGAAMFABWMAFC
Application Spectroscopy
The Thermo Scientific Element 2 and Element XR High Resolution ICP-MS systems cover the mg/L to sub pg/L concentration rangemaking them especially suitable for semiconductor, geological and material science laboratories. The Element 2 and Element XR High-Resolution ICP-MS provide class-leading elimination of interferences for the highest level of confidence. With ultra-sensitive and reliable multi-element analyses at trace-level concentrations, theres no need for complicated sample preparation and method development.
Exceptional Sensitivity and ResolutionThe Element Series HR-ICP-MS stands out with its high mass resolution of up to 10,000 and remarkable sensitivity, especially for trace analyses such as Indium detection. This performance enables demanding analyses requiring precise differentiation of closely spaced isotopes and low-concentration elements, benefiting a broad spectrum of scientific disciplines from geochemistry to nuclear research.
Advanced Automated OperationWith full automation, including sophisticated software for instrument control, data handling, and analysis, the Element Series streamlines workflows and reduces operator intervention. The combination of a digital display, autosampler compatibility, and automated vacuum system management contributes to high throughput and reliable routine analysis, making it ideal for laboratories handling large sample volumes.
Versatile and Durable ConstructionConstructed with corrosion-resistant materials, quartz, ceramics, and titanium, the Element Series is engineered for durability and compatibility with various sample types. The instrument's flexible sample introduction system accommodates different spray chambers and nebulizers, ensuring adaptability for diverse analytical requirements while maintaining performance integrity in rugged lab environments.
FAQ's of Thermo Scientific Element Series HR-ICP-MS:
Q: How does the Element Series HR-ICP-MS achieve high mass resolution in elemental analysis?
A: The Element Series uses a precisely engineered mass analyzer, advanced ion optics, and dual-mode detectors to separate closely spaced isotopes and elements, reaching mass resolutions of up to 10,000. This allows precise identification and quantification of elements in complex matrices.
Q: What types of laboratories benefit most from this instrument's capabilities?
A: Environmental, geological, industrial, nuclear, and research laboratories benefit from the Element Series HR-ICP-MS due to its versatility, high sensitivity, robust automation, and ability to perform multi-element and isotopic analysis on liquid samples with ppt-level detection limits.
Q: When should users choose nickel versus platinum cones for the sample interface?
A: Nickel cones are typically used for routine analyses involving less corrosive matrices, offering cost-effectiveness and durability. Platinum cones are selected for analyses requiring high corrosion resistance, such as samples containing strong acids or aggressive chemicals, to ensure extended cone life and accurate results.
Q: Where can users access and export data generated by the Element Series HR-ICP-MS?
A: Data output is managed through the proprietary Element Software Suite, which allows users to save, analyze, and export results via USB or Ethernet connectivity. The instrument is compatible with third-party software, ensuring seamless integration with laboratory data systems.
Q: What is the process for routine operation and maintenance of the instrument?
A: Routine operation involves preparing samples, selecting appropriate cones and spray chamber materials, and using the software suite for method setup and control. Maintenance includes regular cleaning of interface cones and sample introduction components, monitoring gas flows, and automated checks of the vacuum system for optimal performance.
Q: How does the instrument handle varying environmental conditions during operation?
A: The Element Series HR-ICP-MS is designed to operate efficiently within a broad temperature range (15-35C) and humidity levels (20-80% non-condensing). The robust housing and internal systems ensure stable performance and instrument longevity in diverse laboratory environments.
Q: What benefits does the dual-mode detector provide during analyses?
A: The dual-mode detector, featuring a secondary electron multiplier (SEM) and Faraday cup, enables the Element Series to cover a wide dynamic range. SEM provides high sensitivity for trace elements, while the Faraday cup delivers accurate measurements for high-concentration samples, ensuring flexibility and high-quality data across applications.