ICP-OES PlasmaQuant 9200 – High Resolution Dual View Spectrometer
The ICP-OES PlasmaQuant 9200 is a compact, high-resolution spectrometer delivering unmatched sensitivity, robustness, and compliance-ready elemental analysis.
Product Overview
The ICP-OES PlasmaQuant 9200 is a next-generation elemental analysis instrument engineered for precision, speed, and versatility. It is the smallest, yet most powerful, ICP-OES on the market.
Featuring 2 pm spectral resolution, robust plasma stability, and Dual View Plus technology, it provides reliable trace detection from sub-ppb levels to high mg/L concentrations in a single run.
Combined with ASpect PQ software, it ensures compliance with demanding global regulations, while its compact footprint and streamlined design make it one of the most efficient and cost-effective elemental analysis devices available.
Features & Benefits
Ultra-high spectral resolution
Matrix tolerance for saline samples
Reliable regulatory compliance
Key applications of ICP-OES PlasmaQuant 9200
- 2 pm spectral resolution ICP-OES for the best quality data
- Dual View Plus for simultaneous extended trace and major element analysis
- Compact ICP-OES analyser with smallest footprint in its class
- Robust high-power plasma for challenging matrices
- Automated spectral interference correction with ASpect PQ software
- Sub-ppb detection limits across environmental and saline samples
- Long-term stability for continuous analysis
- Compliance-ready for European, US EPA and 21 CFR Part 11 regulations
- Easy consumable replacement and minimal maintenance downtime
ICP-OES PlasmaQuant 9200 Product Videos
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About the ICP-OES PlasmaQuant 9200
Solving Modern Elemental Analysis Challenges
Testing laboratories face increasing demand for trace-level precision alongside rapid throughput and minimal downtime.
Traditional ICP-OES often struggles with spectral overlaps or lacks the sensitivity needed for critical compliance testing.
The PlasmaQuant 9200 Elite directly addresses these issues with unmatched optical resolution, superior plasma robustness, and the ability to handle both trace contaminants and major minerals within one analytical run.
Advanced Technology and Unique Features
- 2 pm optical resolution at 200 nm ensures clear separation of overlapping emission lines, avoiding false positives and maintaining accuracy.
- Dual View Plus expands the dynamic range, enabling simultaneous quantification of toxic elements (e.g. As, Hg, Pb) at µg/L levels and minerals (e.g. Ca, Na, K, Mg) at mg/L levels without multiple dilutions.
- Robust plasma stability ensures high sensitivity in saline matrices (up to 35 g/L NaCl), eliminating the need for sample dilution or matrix-matching.
- Automated spectral interference correction guarantees reliable results, even with complex sample backgrounds.
- ASpect PQ software supports audit trails, CFR Part 11 compliance, and user-friendly workflows tailored to regulated industries.
Applications and Use Cases
- Environmental Monitoring: Complies with the EU Drinking Water Directive, German Drinking Water Ordinance, and US EPA 200.7/200.8. Capable of detecting uranium at <1 µg/L with precision <2%.
- Petrochemical and Energy Labs: Robust plasma enables analysis of fuels, lubricants, and battery materials with high matrix tolerance.
- Food and Agriculture: Multi-element capability for both contaminants and nutritional profiling.
- Pharmaceuticals & Life Sciences: 21 CFR Part 11-ready software for heavy metal screening and impurity control.
- Mining & Metallurgy: Handles high concentrations in ores and alloys while maintaining trace detection for impurities.
- Academic & Research Institutions: Flexible system supporting a wide range of studies with automated evaluation tools.
Competitive Advantages
- Higher sensitivity than conventional ICP-OES with limits of detection comparable to ICP-MS, but with superior tolerance for complex matrices.
- Compact design – smallest footprint in the ICP-OES market, freeing valuable bench space.
- Reduced operating costs – eliminates need for ultrasonic nebulisers or complex sample preparation, and uses 30% less argon than previous systems.
- Future-proof software automated baselines correction, CFR compliance support, and scalability.
The PlasmaQuant 9200 allows laboratories to consolidate workflows, reduce consumables, and ensure interference-free detection across industries.
"The ICP-OES PlasmaQuant 9200, is a high-resolution elemental analysis instrument
with 2 pm spectral resolution, dual view-plus optics, and sub-ppb detection."
Product FAQ's
It combines 2 pm high-resolution optics, Dual View Plus, and a compact design, offering superior sensitivity and matrix tolerance in one instrument.
Yes. Unlike conventional ICP-OES, the PlasmaQuant 9200 can run undiluted brines and seawater up to 35 g/L NaCl, maintaining sub-ppb detection limits.
Absolutely. It meets EU, US EPA, and German water quality directives, and its ASpect PQ software is 21 CFR Part 11-ready.
It achieves sub-ppb detection limits for most elements, with superior accuracy and precision even in complex matrices.
It is ideal for contract testing labs, environmental agencies, petrochemical facilities, pharmaceutical QC teams, food/agriculture labs, and research institutions seeking accuracy, reliability, and throughput.
Applications
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