PlasmaQuant 9100 ICP-OES Reveal the Details that Matter
Maximum reliability – unique resolving power with high-resolution optics
Convenient functionality – broad applicability and superior analytical performance
Flexible observation – optimized plasma observation modes without compromises
Increased productivity – Outstanding plasma robustness for analyzing any sample matrix
Add clarity, simplicity and confidence to your most delicate analytical routines
Experience superior analytical performance, application flexibility, robustness, and reliability with the optical emission spectrometer PlasmaQuant 9100. The high-resolution optics and exceptional matrix tolerance guarantee an efficient and uniquely sensitive analysis of geological samples, high-purity metals, chemical and petrochemical samples, as well as soils and industrial wastewater. In trace analysis of complex materials it is the sample that dictates your instrumental needs. High matrix contents require high plasma performance. Unique detection limits ask for a unique spectrometer design. The high-resolution ICP-OES technology makes unconditional confidence in your analytical results a reality.
Results you can rely on
The feasibility of trace analytics in highly concentrated samples by ICP-OES strongly depends on the instrumental plasma performance towards rapidly
varying sample types. Benefit from the widest working range as well as reduced sample preparation demands to improve precision, productivity and ease of use.
- Cost-efficient shift-work operation
- Flexible plasma observation
- Interference-free emission lines
- System readiness within 15 minutes
The unique resolving power of the high-resolution optics guarantees unmatched sensitivity, accuracy and precision in real sample matrices. In combination with the flexible Dual View PLUS plasma observation system, you can determine both trace and macro-elements with a single measurement. The intelligent torch design, in combination with the high-frequency generator, ensures a stable plasma performance for any sample matrix as well as for rapidly changing sample loads.
PlasmaQuant 9100 Series – Reveal the Details that Matter
Discover the new PlasmaQuant 9100 series by Analytik Jena. These ICP-OES devices offer superior analytical performance, application flexibility, robustness, and reliability – even for the most challenging sample matrices and applications.
PlasmaQuant 9100 – 360° View
PlasmaQuant 9100 ICP-OES Choose the best model for your needs
Cost-effective analysis without compromise
With high-performance features, it allows for more matrix tolerance, a wide working range and high measurement sensitivity. It provides high-quality results in contract analysis, reliability in quality control and the highest standards in regulated industries.
PlasmaQuant 9100 Elite
Secrets revealed with high resolution
High spectral resolution: the extra that makes the difference in ICP-OES and unvocvers spectral details like no other instrument. Removing common spectral interferences minimizes compromises in line selection and allows the use of highly sensitive emission lines for every application. In combination with its matrix tolerance and superior sensitivity, this enables previously unconceived analytical potential.
PlasmaQuant PQ 9000 Predecessor
The PlasmaQuant PQ 9000 ICP-OES series is ideal for the analysis of trace elements and major elements in routine and research applications. Technological advances in torch design and plasma technology, an intelligent benchtop concept, sophisticated software and a high-performance spectrometer ensure highest accuracy, precision and method flexibility. Thanks to its exceptionally high plasma robustness, the PlasmaQuant PQ 9000 series allows direct analysis of complex matrices. This guarantees best analytical performance (LOD, RSD) for trace elements as well as major elements with minimal sample preparation. In addition, the high-resolution optics of the PlasmaQuant PQ 9000 Elite offer unsurpassed sensitivity and best detection limits for all matrices.
Trace Metals Analysis in Water-Methanol-Oil Mixtures by HR ICP-OES
Determination of Elemental Impurities in Pharmaceuticals by HR-ICP-OES according to ICH Q3D and USP 232 and 233
Determination of Elemental Impurities in Sorbitol as Pharmaceutical Excipient
Determination of Elemental Impurities in Antibiotics according to USP 232 and 233 by HR ICP-OES
AppNote Quantitative Analysis of Cannabis and Hemp with HR ICP-OES (English)
Analysis of Rare Earth Elements in Granite and Sandstone by HR ICP-OES
Analysis of High-alloyed Steel by HR ICP-OES
Analysis of Rare Earth Elements by ICP-OES and ICP-MS − Potentials and Limitations
Determination of Trace Elements and Main Components in Permanent Magnet Alloys by HR Arrac ICP-OES
Software ASpect PQ Analyze your samples with great ease!
Thanks to a clear-cut, multilingual user interface, you can quickly generate methods geared to each matrix by selecting the elements to be determined and the preferred emission lines. All pre-installed method parameters are loaded automatically and can be easily modified.
The modular design of the ASpect PQ software offers you the flexibility to work with preset routine methods or to develop your own individual methods.
- Powerful optimization, evaluation, and post-calculation routines
- Compliant with 21 CFR Part11 and FDA module with user management
- Innovative routines for baseline connection (ABC), interference correction (CSI), etc.
- LIMS connection
A range of accessories and upgrade options provide a high level of application flexibility, easy sample handling, and high throughput.
- Customized sample introduction kits – Standard, Salt, Organic, HF
- ASPQ 3300 / Cetac ASX-560 - Autosampler for high throughput routine analysis
- Internal Standards Kit - for the online addition of internal standards
- Hydride systems
IsoMist – tempered spray chamber for the analysis of volatile organic substances
Argon humidifier – for the trouble-free analysis of samples with a high salt content