Analytik Jena -PlasmaQuant 9200 Series
Experience Unmatched Precision in a Compact Design
Unlock market-leading resolution and exceptional matrix tolerance with a compact analyzer that redefines efficiency. The PlasmaQuant 9200 series combines cutting-edge performance with user-friendly handling and the smallest footprint in the ICP-OES segment—making it the ideal choice for any modern laboratory.
Setting the Standard in ICP-OES
With its innovative design and stable plasma, the PlasmaQuant 9200 series delivers outstanding analytical performance across all sample types. Achieve superior resolution, industry-best detection limits, and long-term stability, all within a space-saving instrument that’s more than 40% smaller than its predecessor.
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Unrivaled optical resolution and the widest spectral range available
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Flexible plasma viewing and up to 1,700 W plasma power for any application
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Compact and efficient, saving valuable lab space without compromising performance
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Quick start-up in under ten minutes for enhanced lab productivity
The PlasmaQuant 9200 – where precision, performance, and practicality meet.
Uncompromising Performance and Reliability — All in a Compact Design
Introducing a spectrometer built for those who demand the highest levels of precision, sensitivity, and dependability. From advanced research to routine quality control and everything in between, the PlasmaQuant 9200 series delivers consistent, high-quality results with confidence.
Analytical Excellence Without Limits
The PlasmaQuant 9200 redefines accuracy by combining unmatched spectral resolution with superior matrix tolerance — ensuring that your data consistently meets the strictest analytical standards.
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Exceptional resolution of 2 pm @ 200 nm keeps even the sharpest peaks crystal clear
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Industry-leading detection limits with long-term signal stability
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Wide spectral range from 160 to 900 nm for maximum application flexibility
Compact Powerhouse That Saves More Than Space
With a footprint reduced by over 40%, the PlasmaQuant 9200 is the smallest in its class — just 60 cm wide — making it ideal for any lab where space and efficiency matter.
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Rapid start-up in under 10 minutes keeps workflows fast and smooth
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Robust plasma with up to 1,700 W power handles even the toughest matrices
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Designed to save time, resources, and lab space without sacrificing performance
Reliable. Flexible. Easy to Use.
From setup to routine operation, the PlasmaQuant 9200 is built for simplicity, safety, and long-term reliability — giving users peace of mind and complete control over their workflows.
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Modular torch design allows you to choose the right material for each sample type
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Dual View PLUS provides optimal plasma observation modes without needing repeated measurements
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Comprehensive, customizable service contracts ensure maximum uptime and sustainability, with fast support whenever needed
PlasmaQuant 9200 Series – Precision engineered for results you can trust, in a system designed to fit your lab and your workflow.
| Detector | Wavelength precision | Plasma observation | Number accessible emission lines | Power range RF generator | FWHM values | Spectral resolution | Wavelength range | Optical design | |
|---|---|---|---|---|---|---|---|---|---|
| PlasmaQuant 9200 818-09200-2 |
Charge Coupled Device (CCD) | < 0.4 pm via internal Ne-correction | Radial plus, axial plus | > 43,000 | 700 – 1700 W | ≤ 5.0 pm for As 193.696, Tl 190.796 | 0.006 nm at 200 nm | 160 – 900 nm | Echelle Double Monochromator |
| PlasmaQuant 9200 Elite 818-09201-2 |
Charge Coupled Device (CCD) | < 0.4 pm via internal Ne-correction | Radial plus, axial plus | > 43,000 | 700 – 1700 W | ≤ 3.5 pm for As 193.696, Tl 190.796 | 0.002 nm at 200 nm | 160 – 900 nm | Echelle Double Monochromator |
Standards
- 1881/2006 of the EU, AOCS Ca 17-0, ASTM D4806, ASTM D4951, ASTM D5185, ASTM D5708, ASTM D7111-15a, ASTM D7111-16, ASTM D7691, DIN EN 14538, DIN EN 15376:2014-12, DIN EN 15837:2010-04, DIN EN 16174:2012-11, DIN EN 228:2017-08, DIN EN ISO 11885 (E22), GB/T 11064.16, IEC-62321, ISO 10540-3, ISO 21033, ISO 22241, ISO-11885:2007, UOP 796, UOP-296
