Analytik Jena -PlasmaQuant 9100 Series
Discover the unseen with cutting-edge technology that uncovers the elemental composition of your samples in detail. Achieve superior product quality, ensure precise process control, and meet regulatory requirements with confidence through innovative, high-performance analysis.
Extended Analytical Capabilities and Results You Can Rely On
The PlasmaQuant 9100 ICP-OES series by Analytik Jena is designed to deliver outstanding performance across a wide range of analytical applications—from routine testing to complex analytical challenges. This advanced series includes two models: the versatile PlasmaQuant 9100 for routine use, and the high-performance PlasmaQuant 9100 Elite, tailored for more demanding tasks.
At the heart of the PlasmaQuant 9100 series are four key technologies that ensure precise, efficient, and reliable analysis:
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V Shuttle Torch – Designed for durability and minimal maintenance, this torch system reduces wash-out effects and sample deposition, extending component lifetime and improving measurement stability.
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High-Frequency Generator – Delivers a highly robust plasma, capable of handling all sample types with ease while maximizing emission intensity and minimizing operational effort.
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Dual View Plus Plasma Observation – Expands the dynamic working range of the instrument and enhances flexibility by allowing both axial and radial plasma views. This reduces the need for extensive sample preparation and supports efficient analysis across varied concentration levels.
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High-Resolution Optics – Ensures interference-free measurements, even in complex matrices, while providing highly reliable and reproducible results.
Combined with a wide array of tuning options and intelligent features, the PlasmaQuant 9100 series offers a full spectrum of capabilities to meet the needs of modern laboratories, delivering data you can trust—every time.
Add Clarity, Simplicity, and Confidence to Your Most Delicate Analytical Routines
The exceptional performance of the PlasmaQuant 9100 ICP-OES instruments is the result of a well-integrated system, where high spectral resolution, a robust plasma source, a smart torch design, and flexible dual view observation work in harmony. This synergy unlocks remarkable potential for trace element analysis across virtually all sample types—particularly those with high matrix content.
The instrument’s high spectral resolution enables the use of the most sensitive emission lines, even in the presence of complex interferences. Its excellent matrix tolerance allows for the direct analysis of highly concentrated samples, including undiluted volatile organics and salt-rich solutions. Meanwhile, superior sensitivity ensures maximum light throughput and optimal signal-to-background ratios, providing high-quality results you can rely on.
The PlasmaQuant 9100 is also built for efficiency and ease of use:
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Ideal for cost-effective shift-work operation
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Flexible plasma viewing modes for a wide concentration range
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Reliable, interference-free measurements with clear emission lines
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Ready for analysis within just 15 minutes of start-up
This combination of clarity, speed, and robustness makes the PlasmaQuant 9100 a powerful solution for laboratories seeking confident and consistent results—even in the most demanding workflows.
PlasmaQuant 9100 Series – Reliable, Flexible, and Built for Performance
The PlasmaQuant 9100 is more than just another ICP-OES system—it’s a powerful solution designed with a strong focus on versatility, simplicity, and cost-effectiveness. Equipped with high-performance features, it delivers excellent matrix tolerance, a broad working range, and high measurement sensitivity. Whether in contract laboratories, quality control environments, or regulated industries, the PlasmaQuant 9100 ensures reliable results, high throughput, and consistent performance. It is the perfect choice for flexible, shift-based operations, one-off measurements, or continuous analysis of demanding samples.
For applications that demand the highest level of spectral clarity and precision, the PlasmaQuant 9100 Elite goes a step further. It offers exceptional spectral resolution, revealing fine spectral details that typical ICP-OES instruments cannot distinguish. This capability significantly reduces spectral interferences and allows analysts to select the most sensitive emission lines without compromise. When combined with the system’s strong matrix tolerance and outstanding sensitivity, the PlasmaQuant 9100 Elite delivers unparalleled precision, accuracy, and detection limits—even for the most complex sample types. It is the ideal instrument for delicate, high-precision analytical routines.
Customizable for Every Application
The PlasmaQuant 9100 series is fully configurable to meet specific analytical needs. A comprehensive range of accessories and upgrade options ensures application flexibility, simplified sample handling, and high productivity. Dedicated sample introduction kits are available for low-matrix samples, high-salt or metallic matrices, hydrofluoric acid-containing samples, and organic solvents.
To further enhance laboratory efficiency, a variety of autosamplers can be integrated—from standard samplers for aqueous solutions to advanced units for viscous organic samples or systems with built-in automatic dilution. For high-throughput needs, these autosamplers can be paired with rapid sample introduction systems, maximizing automation and boosting the return on investment of the ICP-OES system.
Fast, Reliable, and Always Ready
The PlasmaQuant 9100 features rapid warm-up and automatic spectrometer alignment using an internal Neon correction source. This ensures system readiness within minutes and supports highly efficient, economic instrument utilization.
Trusted Across Industries
Designed to handle complex and concentrated sample types, resolve severe spectral interferences, and detect trace to ultra-trace element concentrations, the PlasmaQuant 9100 series is ideal for industrial quality control, research and development, contract labs, and governmental institutions. Trusted by professionals in sectors such as oil & gas, metals and mining, and chemical manufacturing, the PlasmaQuant 9100 guarantees extended analytical capabilities, superior data quality, and cost-effective operation—delivering a true competitive advantage to any laboratory.
| Detector | Wavelength precısıon | Plasma observatıon | Number accessıble emıssıon lınes | Power range RF generator | FWHM values | Spectral resolutıon | |
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| PlasmaQuant 9100 Cost-effective analysis for contract and QC labs 818-09100-2 |
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 在 200 nm |
| PlasmaQuant 9100 Elite High resolution ICP-OES 818-09101-2 |
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 在 200 nm |
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
