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Mass spectrometry with inductively coupled plasma (ICP-MS) is the versatile, sensitive and fast analytical standard method in various fields of application. With the PlasmaQuant MS series, Analytik Jena offers ICP-MS that exceed all expectations in terms of reliability, precision and throughput and fulfill all requirements for sample handling, robustness and compliance.
Sensitivity and Efficiency
The unparalleled level of sensitivity of the PlasmaQuant MS provides you with analytical advantages that are clearly reflected in efficiency and lower costs per sample. The patented spectrometer design of the ICP-MS systems provide for the lowest detection limits and consistent analytical quality for extremely short integration times and high dilution factors. This ensures high throughput, long-term stability, and reproducible results, while significantly reducing your maintenance costs.
- Best detection limits
- High throughput
- Reduced sample preparation
- Robust performance
- Low maintenance requirements
Brochures
Sensitivity and Efficiency
The unparalleled level of sensitivity of the PlasmaQuant MS provides you with analytical advantages that are clearly reflected in efficiency and lower costs per sample. The patented spectrometer design of the ICP-MS systems provide for the lowest detection limits and consistent analytical quality for extremely short integration times and high dilution factors. This ensures high throughput, long-term stability, and reproducible results, while significantly reducing your maintenance costs.
- Best detection limits
- High throughput
- Reduced sample preparation
- Robust performance
- Low maintenance requirements
Brochures
Sensitivity and Efficiency
The unparalleled level of sensitivity of the PlasmaQuant MS provides you with analytical advantages that are clearly reflected in efficiency and lower costs per sample. The patented spectrometer design of the ICP-MS systems provide for the lowest detection limits and consistent analytical quality for extremely short integration times and high dilution factors. This ensures high throughput, long-term stability, and reproducible results, while significantly reducing your maintenance costs.
- Best detection limits
- High throughput
- Reduced sample preparation
- Robust performance
- Low maintenance requirements
Brochures
The unparalleled level of sensitivity of the PlasmaQuant MS provides you with analytical advantages that are clearly reflected in efficiency and lower costs per sample. The patented spectrometer design of the ICP-MS systems provide for the lowest detection limits and consistent analytical quality for extremely short integration times and high dilution factors. This ensures high throughput, long-term stability, and reproducible results, while significantly reducing your maintenance costs.
Market Leading Performance and Lowest Running Costs
Analytik Jena’s ICP-MS solutions offer market-leading sensitivity. With these powerful and reliable instruments, laboratories can meet the current challenges of increasing sample throughput or reducing measurement times without sacrificing high analytical precision and reproducibility.
Unmatched detection performance
Excellent mass separation and unmatched detection sensitivity (up to 1500 Mcps/ppm at <2 % CeO) for low abundance isotopes enable the detection of extremely low elemental concentrations, low elemental species concentrations and single particles of less than 5 nm in diameter, as well as offering outstanding precision in the determination of isotope ratios.
Highest sample throughput
In many applications, however, speed of analysis is just as important as detection strength and precision. Higher sample throughput significantly reduces the cost per sample. The unmatched high sensitivity of the PlasmaQuant MS and the resulting precision advantage make it possible to achieve the highest sample throughput in the ICP-MS market with up to 80 samples per hour*.
Powerful plasma flame
The ICP-MS instruments offer excellent plasma robustness, which results in high long-term flame stability. This ensures reliable characterization of samples with high matrix loads as well as minimized drift with changing matrix loads.
Outstanding cost efficiency
The German-made ICP-MS systems are also very economical in daily operation. Compared to other instruments on the market, they consume up to 50 % less argon gas, i.e. approximately 10 l/min. They also achieve a reduction of up to 50 % in plasma operating costs.The combination of detection strength, speed, reduced argon consumption and high throughput translates into a significantly lower cost per sample. In addition, the design of the system – be it the patented spectrometer or the open book design of the entire instrument, which ensures easy and independent accessibility – reduces maintenance requirements.
*Analytik Jena AppNote High-throughput Analysis of Drinking Water with ICP-MS
Market Leading Performance and Lowest Running Costs
Analytik Jena’s ICP-MS solutions offer market-leading sensitivity. With these powerful and reliable instruments, laboratories can meet the current challenges of increasing sample throughput or reducing measurement times without sacrificing high analytical precision and reproducibility.
Unmatched detection performance
Excellent mass separation and unmatched detection sensitivity (up to 1500 Mcps/ppm at <2 % CeO) for low abundance isotopes enable the detection of extremely low elemental concentrations, low elemental species concentrations and single particles of less than 5 nm in diameter, as well as offering outstanding precision in the determination of isotope ratios.
Highest sample throughput
In many applications, however, speed of analysis is just as important as detection strength and precision. Higher sample throughput significantly reduces the cost per sample. The unmatched high sensitivity of the PlasmaQuant MS and the resulting precision advantage make it possible to achieve the highest sample throughput in the ICP-MS market with up to 80 samples per hour*.
Powerful plasma flame
The ICP-MS instruments offer excellent plasma robustness, which results in high long-term flame stability. This ensures reliable characterization of samples with high matrix loads as well as minimized drift with changing matrix loads.
Outstanding cost efficiency
The German-made ICP-MS systems are also very economical in daily operation. Compared to other instruments on the market, they consume up to 50 % less argon gas, i.e. approximately 10 l/min. They also achieve a reduction of up to 50 % in plasma operating costs.The combination of detection strength, speed, reduced argon consumption and high throughput translates into a significantly lower cost per sample. In addition, the design of the system – be it the patented spectrometer or the open book design of the entire instrument, which ensures easy and independent accessibility – reduces maintenance requirements.
*Analytik Jena AppNote High-throughput Analysis of Drinking Water with ICP-MS
Market Leading Performance and Lowest Running Costs
Analytik Jena’s ICP-MS solutions offer market-leading sensitivity. With these powerful and reliable instruments, laboratories can meet the current challenges of increasing sample throughput or reducing measurement times without sacrificing high analytical precision and reproducibility.
Unmatched detection performance
Excellent mass separation and unmatched detection sensitivity (up to 1500 Mcps/ppm at <2 % CeO) for low abundance isotopes enable the detection of extremely low elemental concentrations, low elemental species concentrations and single particles of less than 5 nm in diameter, as well as offering outstanding precision in the determination of isotope ratios.
Highest sample throughput
In many applications, however, speed of analysis is just as important as detection strength and precision. Higher sample throughput significantly reduces the cost per sample. The unmatched high sensitivity of the PlasmaQuant MS and the resulting precision advantage make it possible to achieve the highest sample throughput in the ICP-MS market with up to 80 samples per hour*.
Powerful plasma flame
The ICP-MS instruments offer excellent plasma robustness, which results in high long-term flame stability. This ensures reliable characterization of samples with high matrix loads as well as minimized drift with changing matrix loads.
Outstanding cost efficiency
The German-made ICP-MS systems are also very economical in daily operation. Compared to other instruments on the market, they consume up to 50 % less argon gas, i.e. approximately 10 l/min. They also achieve a reduction of up to 50 % in plasma operating costs.The combination of detection strength, speed, reduced argon consumption and high throughput translates into a significantly lower cost per sample. In addition, the design of the system – be it the patented spectrometer or the open book design of the entire instrument, which ensures easy and independent accessibility – reduces maintenance requirements.
*Analytik Jena AppNote High-throughput Analysis of Drinking Water with ICP-MS
Market Leading Performance and Lowest Running Costs
Analytik Jena’s ICP-MS solutions offer market-leading sensitivity. With these powerful and reliable instruments, laboratories can meet the current challenges of increasing sample throughput or reducing measurement times without sacrificing high analytical precision and reproducibility.
Unmatched detection performance
Excellent mass separation and unmatched detection sensitivity (up to 1500 Mcps/ppm at <2 % CeO) for low abundance isotopes enable the detection of extremely low elemental concentrations, low elemental species concentrations and single particles of less than 5 nm in diameter, as well as offering outstanding precision in the determination of isotope ratios.
Highest sample throughput
In many applications, however, speed of analysis is just as important as detection strength and precision. Higher sample throughput significantly reduces the cost per sample. The unmatched high sensitivity of the PlasmaQuant MS and the resulting precision advantage make it possible to achieve the highest sample throughput in the ICP-MS market with up to 80 samples per hour*.
Powerful plasma flame
The ICP-MS instruments offer excellent plasma robustness, which results in high long-term flame stability. This ensures reliable characterization of samples with high matrix loads as well as minimized drift with changing matrix loads.
Outstanding cost efficiency
The German-made ICP-MS systems are also very economical in daily operation. Compared to other instruments on the market, they consume up to 50 % less argon gas, i.e. approximately 10 l/min. They also achieve a reduction of up to 50 % in plasma operating costs.The combination of detection strength, speed, reduced argon consumption and high throughput translates into a significantly lower cost per sample. In addition, the design of the system – be it the patented spectrometer or the open book design of the entire instrument, which ensures easy and independent accessibility – reduces maintenance requirements.
*Analytik Jena AppNote High-throughput Analysis of Drinking Water with ICP-MS
PlasmaQuant MS – high sensitive, robust and reliable ICP-MS Instrument
The PlasmaQuant MS is an ICP-MS system with the optimal combination of excellent plasma robustness and high sensitivity for reliable characterization of high matrix samples.
Order number: 818-08010-2
PlasmaQuant MS – high sensitive, robust and reliable ICP-MS Instrument
The PlasmaQuant MS is an ICP-MS system with the optimal combination of excellent plasma robustness and high sensitivity for reliable characterization of high matrix samples.
Order number: 818-08010-2
PlasmaQuant MS Elite – ultimate sensitivity for targeted research applications
The PlasmaQuant MS Elite is an ICP-MS system of the highest sensitivity & performance for adv. research applications. It offers optimization through ion focusing, shortest residence time and market leading abundance sensitivity.
Order number: 818-08021-2
PlasmaQuant MS Elite – ultimate sensitivity for targeted research applications
The PlasmaQuant MS Elite is an ICP-MS system of the highest sensitivity & performance for adv. research applications. It offers optimization through ion focusing, shortest residence time and market leading abundance sensitivity.
Order number: 818-08021-2
PlasmaQuant MS Elite S – high sensitivity and flexibility for efficient analysis
The PlasmaQuant MS Elite S is a highly sensitive ICP-MS system for flexible and efficient analysis in routine and research applications. It offers stable performance for an optimal signal-to-noise ratio and high ion transmission.
Order number: 818-08020-2
PlasmaQuant MS Elite S – high sensitivity and flexibility for efficient analysis
The PlasmaQuant MS Elite S is a highly sensitive ICP-MS system for flexible and efficient analysis in routine and research applications. It offers stable performance for an optimal signal-to-noise ratio and high ion transmission.
Order number: 818-08020-2
PlasmaQuant MS Q – for sensitive and robust high throughput analysis
The PlasmaQuant MS Elite Q is an ICP-MS system optimized for fast and accurate high-throughput analysis as a result of the best possible combination of plasma robustness and high sensitivity.
Order number: 818-08011-2
PlasmaQuant MS Q – for sensitive and robust high throughput analysis
The PlasmaQuant MS Elite Q is an ICP-MS system optimized for fast and accurate high-throughput analysis as a result of the best possible combination of plasma robustness and high sensitivity.
Order number: 818-08011-2
Applications
Applications
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High-precision analysis of glass samples with superior sensitivity using LIBS and LA-ICP-MS (EN)
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Elemental Mapping of Printed Ink Using the J200 Tandem LA-LIBS Instrument in Combination with the PlasmaQuant MS Elite (EN)
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Determination Trace Elements in Toys (EN)
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Achieving Lowest Detection Limits Using the PlasmaQuant MS Elite S (EN)
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Achieving Lowest Detection Limits Using the PlasmaQuant MS Elite S (Japanese)
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Determination of Hexavalent Chromium in Toy Samples According to EN 71-3 (EN)
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Determination of Gold Nanoparticles in Drinking Water by Single Particle ICP-MS (spICP-MS) according with ISO/TS 19590:2016 (EN)
Applications
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Speciation of Arsenic in Apple Juice by LC-ICP-MS on PlasmaQuant MS Elite (EN)
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Monitoring Drinking Water Quality with the PlasmaQuant MS (EN)
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Ultra-Trace Determination of Mercury in Environmental Waters by ICP-MS (EN)
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Determination of Trace Elements in Seawater using ICP-MS (EN)
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Hochdurchsatz-Analyse von Trinkwasser mit ICP-MS (DE)
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High-throughput Analysis of Drinking Water with ICP-MS (EN)
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Analysis of Marine Sediments and Sewage Sludge by PlasmaQuant MS (EN)
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Analysis of Marine Sediments and Sewage Sludge (JP)
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Achieving Lowest Detection Limits Using the PlasmaQuant MS Elite S (EN)
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Achieving Lowest Detection Limits Using the PlasmaQuant MS Elite S (Japanese)
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Bestimmung von Quecksilber im Ultraspurenbereich mit ICP-MS (DE)
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Analyse von Meeressedimenten und Klärschlamm mit dem PlasmaQuant MS
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Bestimmung arbeitsplatzrelevanter Gefahrstoffe in Stäuben nach DIN EN 14385 mittels ICP-MS [DE]
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Measuring Toxic Elements in Workplace Filter Dusts According to EN 14385 Using IC
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