PlasmaQuant MS Series ICP-MS Tailored to Your Requirements
- Sensitive – 1500 Mcps/ppm at <2 % CeO
- Cost-effective – half the argon consumption
- Fast – 50 % higher sample throughput
- Robust – matrix-independent long-term stability
- Versatile – optimized for research and routine use
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
| Title | Language | Info |
|---|---|---|
| Brochure High-performance LC ICP mit PlasmaQuant-MS und PQ LC (DE) | de | PDF, 1 MB |
| Flyer PlasmaQuant MS in Food and Agricultural Analysis (EN) | en | PDF, 237 KB |
| Flyer Kalibrierstandards für TOC-, AAS- und ICP-Geräte (DE) | de | PDF, 359 KB |
| Flyer Calibration Standard Offering for TOC, AAS, and ICP Devices (EN) | en | PDF, 477 KB |
| Flyer PlasmaQuant MS in the Pharmaceutical Industry (EN) | en | PDF, 225 KB |
| Flyer PlasmaQuant MS in in Organic Solvents and Petrochemical Analysis (EN) | en | PDF, 234 KB |
| Flyer PlasmaQuant MS in Geology and Mining and Metals Industry (EN) | en | PDF, 228 KB |
| Flyer PlasmaQuant MS in Environmental Monitoring (EN) | en | PDF, 227 KB |
| Brochure High-performance LC ICP MS on PlasmaQuant MS and PQ LC (EN) | en | PDF, 548 KB |
| Flyer PlasmaQuant MS in Contact Lab Analysis (EN) | en | PDF, 216 KB |
| Brochure PlasmaQuant MS series (EN) | en | PDF, 1 MB |
| Broschüe PlasmaQuant MS series (DE) | de | PDF, 1 MB |
| Flyer Analyse élémentaire des déchets (FR) | fr | PDF, 960 KB |
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
Products
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 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
Applications
Applications
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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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Achieving Lowest Detection Limits Using the PlasmaQuant MS Elite S (EN)
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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)
Applications
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Bestimmung arbeitsplatzrelevanter Gefahrstoffe in Stäuben nach DIN EN 14385 mittels ICP-MS [DE]
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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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Measuring Toxic Elements in Workplace Filter Dusts According to EN 14385 Using ICP-MS [EN]
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Determination of Trace Metals in Wastewater with PlasmaQuant MS following US EPA 200.8 Method (EN)
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Determination of Trace Elements in Waste Eluates and Leachates in Accordance with DIN EN ISO 17294-2 Using ICP-MS (EN)
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Bestimmung von Spurenelementen in Eluaten und Sickerwässern gemäß Deponieverordnung nach DIN EN ISO 17294-2 mittels ICP-MS (DE)
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Abwasseranalyse nach US EPA 200.8 mit ICP-MS (DE)
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Achieving Lowest Detection Limits Using the PlasmaQuant MS Elite S (EN)
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Analysis of Marine Sediments and Sewage Sludge (JP)
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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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Analysis of Marine Sediments and Sewage Sludge by PlasmaQuant 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)
Applications
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Achieving Lowest Detection Limits Using the PlasmaQuant MS Elite S (Japanese)
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Calcium Isotope Ratios in Milk by PlasmaQuant MS (EN)
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Lead Isotope Ratios in Cigars as an Indicator of Authenticity Using ICP-MS (EN)
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Food Authenticity Testing by Strontium Isotope Ratio Determination in Wine and Cereals Using ICP-MS (EN)
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Analysis of Food and Agricultural Samples Using PlasmaQuant MS (EN)
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Speciation of Mercury in Fish and Seafood using HPLC-ICP-MS (EN)
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Achieving Lowest Detection Limits Using the PlasmaQuant MS Elite S (EN)
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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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Speciation of Arsenic in Rice by LC-ICP-MS on PlasmaQuant MS Elite (EN)
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Characterization of Powdered Milk by ICP-MS (EN)
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AppNote-Characterization-of-Powdered-Milk-by-ICP-MS
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Determination of Arsenic Species in Beverages by HPLC-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)
Applications
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Analysis of Rare Earth Elements by ICP-OES and ICP-MS − Potentials and Limitations (EN)
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Achieving Lowest Detection Limits Using the PlasmaQuant MS Elite S (Japanese)
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Analysis of Rare Earth Elements by ICP-OES and ICP-MS − Potentials and Limitations (DE)
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Trace Metals Analysis in High Purity Gold Using PlasmaQuant MS Elite (DE)
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Analysis of Geological Materials for Rare Earth Elements on the PlasmaQuant MS Elite (DE)
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Analysis of Metal Alloys using LA-ICP-MS (DE)
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Determination of Trace Elements in Copper by ICP-MS (DE)
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Achieving Lowest Detection Limits Using the PlasmaQuant MS Elite S (EN)
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Analysis of Metal Alloys using LA-ICP-MS (EN)
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Trace Metals Analysis in High Purity Gold Using PlasmaQuant MS Elite (EN)
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Analysis of Geological Materials for Rare Earth Elements on the PlasmaQuant MS Elite (EN)
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Analysis-of-Nickel-Metal-Alloys-by-LA-ICP-MS
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Determination of Trace Elements in Copper by ICP-MS (EN)
Applications
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Bestimmung von Element-Verunreinigungen in Naphtha mittels ICP-MS nach ASTM D8110-17 (DE)
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Analysis of Elemental Impurities in Naphtha by ICP-MS According to ASTM D8110-17 (EN)
Applications
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Achieving Lowest Detection Limits Using the PlasmaQuant MS Elite S (Japanese)
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AppNote_ICP-MS_0031_Metals Content in Eye Drops
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Analysis of Trace Metals in Cannabis and Cannabis Products by ICP-MS (EN)
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Determination of Elemental Impurities in Pharmaceuticals by ICP-MS in accordance with ICH Q3D and USP 232 and 233 using the Example of Folic Acid (EN)
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Achieving Lowest Detection Limits Using the PlasmaQuant MS Elite S (EN)
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Analysis of Low Level Beryllium in Urine Using the PlasmaQuant MS (EN)
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Elemental Impurities in Pharmaceutical Materials according to new ICH Guidelines and USP Chapters 232> and 233> (JP)
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Iron Isotope Ratios in Human Whole Blood by ICP-MS (EN)
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Multi-element Analysis of Biological Materials by ICP-MS using Alkali Dilution (EN)
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BOOSTing limits of detection for chromium and other trace elements in whole blood (EN)
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Determination of Trace Elements in Blood Serum and Plasma Using ICP-MS (EN)
Applications
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Determination of Trace Elements and Isotope Ratios in Borated Cooling Water of Nuclear Power Plant (EN)
Technical Data
Sensitivity | Low mass background | Plasma Gas Flow | Resolution | Min. dwell time | Quadrupol Scanspeed | Doubly charged ion formation rate | Adaptive mass range (AMR) | Oxide ratio | Detector | Collision/reaction gas | Cones/Interface | Roughing pump | Dimension (width x depth x height) | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| PlasmaQuant MS - high sensitive, robust and reliable ICP-MS Instrument | 9Be > 20 kcps/ppb 115In > 500 kcps/ppb 208Pb > 225 kcps/ppb iCRC Mode He: 59Co > 40 kcps/ppb | at 5 amu <0.5 cps | 7.5 - 10.5 L/min | 0.5 - 1.2 amu | 50 µs | 5115 amu/s | Ba++/ Ba+ < 3 %Ce++/ Ce+ < 2 % | optional (for elements > 230 amuresolution > 2 amu) | CeO+/Ce+ < 2 % | Discrete dynode electron multiplier (DDEM), all-digital detector | Helium / Hydrogen | Standard Cones Nickel (Platinum available) | Leybold SV40 | 660 mm x 589 mm x 1131 mm |
| PlasmaQuant MS Elite - ultimate sensitivity for targeted research applications | 9Be > 50 kcps/ppb 115In > 1500 kcps/ppb 208Pb > 600 kcps/ppb iCRC Mode He: 59Co > 50 kcps/ppb | at 5 amu <1 cps | 7.5 - 10.5 L/min | 0.5 - 1.2 amu | 50 µs | 5115 amu/s | Ba++/ Ba+ < 3 %Ce++/ Ce+ < 2 % | optional (for elements > 230 amuresolution > 2 amu) | CeO+/Ce+ < 2 % | Discrete dynode electron multiplier (DDEM), all-digital detector | Helium / Hydrogen | Elite Cones Platinum (Nickel available) | Edwards XDS 46, oil free | 660 mm x 589 mm x 1131 mm |
| PlasmaQuant MS Elite S - high sensitivity and flexibility for efficient analysis | 9Be > 35 kcps/ppb 115In > 1100 kcps/ppb 208Pb > 450 kcps/ppb iCRC Mode He: 59Co > 40 kcps/ppb | at 5 amu <0.7 cps | 7.5 - 10.5 L/min | 0.5 - 1.2 amu | 50 µs | 5115 amu/s | Ba++/ Ba+ < 3 %Ce++/ Ce+ < 2 % | optional (for elements > 230 amuresolution > 2 amu) | CeO+/Ce+ < 2 % | Discrete dynode electron multiplier (DDEM), all-digital detector | Helium / Hydrogen | Pro Cones Nickel (Pro Cones Platinum available) | Edwards XDS 46, oil free | 660 mm x 589 mm x 1131 mm |
| PlasmaQuant MS Q - for sensitive and robust high throughput analysis | 9Be > 25 kcps/ppb 115In > 800 kcps/ppb 208Pb > 300 kcps/ppb iCRC Mode He: 59Co > 40 Mcps/ppm | at 5 amu <0.7 cps | 7.5 - 10.5 L/min | 0.5 - 1.2 amu | 50 µs | 5115 amu/s | Ba++/ Ba+ < 3 %Ce++/ Ce+ < 2 % | optional (for elements > 230 amuresolution > 2 amu) | CeO+/Ce+ < 2 % | Discrete dynode electron multiplier (DDEM), all-digital detector | Helium / Hydrogen | Pro Cones Nickel (Pro Cones Platinum available) | Leybold SV40 | 660 mm x 589 mm x 1131 mm |
For more information about our products and possible variants, please refer to the technical documents or use our contact form.
Order Information
Order number | Description |
|---|---|
| 818-08010-2 | PlasmaQuant MS - high sensitive, robust and reliable ICP-MS Instrument |
| 818-08021-2 | PlasmaQuant MS Elite - ultimate sensitivity for targeted research applications |
| 818-08020-2 | PlasmaQuant MS Elite S - high sensitivity and flexibility for efficient analysis |
| 818-08011-2 | PlasmaQuant MS Q - for sensitive and robust high throughput analysis |
"We chose PlasmaQuant MS because it offers high sensitivity for the identification of metals from a broad spectrum of liquid and solid samples with diverse and complex matrices. An additional factor is the short analysis time. Argon consumption is low compared with other ICP-MS devices, which has led to substantial costs savings for us." - Blumenfield Science
"In order to answer our questions we need an instrumentation with high detection power, short measurement times, high spectral resolution and spatial resolution. Only instrumentation that fulfills these requirements can help to answer our questions." - University of Münster
Patented Technology and Ingenious Solutions
Uniquely cost-efficient − Eco Plasma
For a wide range of sample matrices from wastewater to organic solvents, the Eco Plasma of the PlasmaQuant MS series offers extremely reliable performance at greatly reduced operating costs. The specially developed plasma system enables ICP-MS operation with less than 9 l/min argon gas with exceptional matrix tolerance, low oxide formation (<2 % CeO+/Ce+), and low formation of doubly charged ions (<3 % Ba++/Ba+). Plasma power from 300 to 1600 W guarantees optimum plasma conditions for every application.
- Robust plasma power
- Lowest operating costs
Reliably on the mark – effective elimination of spectral interferences using iCRC
The unique interference management system with the integrated Collision Reaction Cell (iCRC) allows for the fast, simple and effective elimination of spectral interference in ICP-MS analysis by using the collision and reaction gases helium (He) and hydrogen (H2). Both gases can be added depending on the matrix and greatly improve accuracy. The BOOST technology maintains the sensitivity in gas mode, allowing undisturbed analytes to be measured in gas mode without reducing their detection limits.
- Reliable results through the efficient elimination of spectral interferences
- High productivity due to the fast switching between gases and BOOST technology
- Excellent long-term stability for complex matrices
Unparalleled sensitivity and throughput – ReflexION
The market-leading sensitivity provided by the PlasmaQuant MS instruments guarantees the best detection limits and allows for a significant reduction of the measuring time, all without compromising precision and reproducibility. This is achieved by ReflexION, a patented ion optics system with true 90-degree reflection and 3D-controlled focusing of the ion beam. The ReflexION reflects the ion beam by generating a parabolic electrostatic field. Analyte ions of different sizes and energy are focused on the quadrupole. This ensures a maximum signal for all analyte ions across the entire mass range. Photons, neutrals, and particles pass through the electrostatic field and are removed by the vacuum system.
- High sensitivity due to reflection and focusing of the ion beam on the quadrupole input
- Simple optimization through complete 3D control of the ion beam
- Low background as photons and neutral particles are not reflected
Efficient and versatile – HD Quadrupole
The PlasmaQuant MS is able to quantify all known stable isotopes with its mass coverage of 3 to 260 amu. The HD quadrupole system with a true 3 MHz quadrupole provides outstanding mass separation and superior abundance sensitivity of 2.3x10-8 for m-1 238U with a minimum residence time of 50 µs and a scan speed of 5115 amu/sec. It offers optimal performance for isotope analysis as well as for laser ablation and single particle analysis.
- Powerful isotope analysis due to a market-leading level of mass seperation
- Detection of particles >10 nm in diameter due to ultra-rapid scanning speeds
- Best detection limits due to a low background noise of <1 count/sec
- AMR (adaptive mass range version: for m/z >230 amu resolution >2 amu) for restricted isotope separation optionally available
Flexible and precise – all-digital detection
The AD Detection, all-digital detection, system provides 11 orders of analytical range (0.1–1010 cps) in pulse-counting mode only. This enables a fast and accurate multi-element analysis from ultra-trace to high concentrations in a single measurement and ensures exceptional detector lifetime.
- True wide-range multi-element analysis – 11 orders of analytical range
- Fast stand-by readiness for measurement and simple application – no cross-calibration
- Outstanding detector lifetime
Nitrox: Improved analytical performance in petrochemical applications or for the determination of As and Se
The Nitrox is a fully automatic, mass flow controlled accessory that allows for the online addition of N2 or O2 to the auxiliary plasma gases. Nitrogen is a commonly used gas for improving ICP-MS performance through improved ionization of analytes in plasma, as well as the reduction of polyatomic interferences and matrix effects. The addition of oxygen allows direct analysis of organic solvents, significantly reducing the sample preparation time.
Aerosol Dilution: Efficient analysis of high TDS samples
Aerosol dilution is a simple method of measuring samples with high concentrations of total dissolved solids (TDS) on the ICP-MS without the need for complex sample dilution. Analytik Jena's Aerosol Dilution enables direct analysis of samples with high TDS values, such as seawater.
Accessories
| Aerosol Dilution Upgrade Kit for PQMS and PQMS Elite instruments | 810-88512-0 |
| oneFAST Complete | 810-88100-0 |
| PQ LC - HPLC System, stainless steel | 810-88403-0 |
| PQ LC - HPLC System, non metal, PEEK | 810-88409-0 |
| Pump Noise Reduction -Noise prevention enclosure for roughing vacuum pump PQ MS | 810-88105-0 |
| Trigger-Box TTL | 810-88060-0 |
| Starter Kit PQMS STANDARD | 810-88518-0 |
| Argon humidifier with bypass for PlasmaQuant 9x00 series | 810-88033-0 |
| Bench for ICP - heavy duty, long basic | 810-88523-0 |
| Bench for ICP - heavy duty, long full config | 810-88521-0 |
| Bench for ICP - heavy duty, short | 810-88112-0 |
| Bench for ICP/AAS for AAS, ICP-OES and ICP-MS instrumentation | 810-88005-0 |
| Cetac ASXPress Plus for PQMS | 810-88017-0 |
| Druckminderer für Helium | 10-406-165 |
| Druckminderer für Wasserstoff | 10-406-166 |
| Exhaust Filter Set for roughing pump PQ MS | 810-88104-0 |
| Exhaust hose ICP-MS | 810-88110-0 |
| Extraction Kit ICP-MS | 810-88114-0 |
| Hydride system HS Pro PQMS | 810-88037-0 |
| Hydrogen Generator - Precision hydrogen 200 cc/min (ml/min) | 810-88026-0 |
| Kit internal standards (PQ MS) | 810-88057-0 |
| Nitrox upgrade Kit for PQMS and PQMS Elite instruments | 810-88025-0 |
| PQMS Sample Intro Kit GeoChem - Inert Kit with Sapphire Injector for geochemical Sample Matrix | 810-88059-0 |
| PQMS Sample Intro Kit with Platinum Injector for ultratrace | 810-88058-0 |
| Starter Kit PQMS INERT Geochem with sapphire injector | 810-88510-0 |
| Starter Kit PQMS INERT Semicon Sample Introduction Kit for corrosive sample matrix | 810-88511-0 |
| Starter Kit PQMS ORGANIC - for organic solvents and volatile matrices | 810-88509-0 |
| Teledyne Cetac SimPrep with ASX-560 Autosampler | 810-88019-0 |
| Teledyne-Cetac ASX-560 autosampler for ICP-OES and ICP-MS | 810-88015-0 |
| Upgrade Kit PQMS Organic 2 - introduction system for volatile organic samples | 810-88055-0 |
| Uprgrade Kit PQMS Organic 1 - sample introduction system for non-volatile organic samples | 810-88056-0 |
| Vorvakuumpumpenschlauch pre-vacuum pump hose, customer-specific length | 810-88108-0 |
| Water-air-chiller (Labtech) for ICP-OES and ICP-MS | 810-88001-0 |
| Water-Water-Chiller (vdH) for ICP-OES and ICP-MS | 810-88036-0 |
Software
ASpect MS Software
With the intuitive worksheet interface of the ASpect MS software for the ICP mass spectrometers of the PlasmaQuant MS series, you can retrieve all analysis data, mass scan graphs, calibration data, and data logs with a single click of the mouse. Detailed quality assurance protocols guarantee accurate data for reliable analysis. ASpect MS provides compliance support in accordance with 21 CFR Part 11.
Simple to operate thanks to intelligent automation options
- Set-up and initialization processes
- Plasma alignment
- Mass calibration and resolution tests
- AutoMax for simple method development
- Integrated aerosol dilution for the online dilution of samples with a high TDS content
- BOOST technology for high sensitivity in gas mode (interference management)
- FDA 21 CFR Part 11 compliance
| Product | Required | Included |
|---|---|---|
| PlasmaQuant MS - high sensitive, robust and reliable ICP-MS Instrument (818-08010-2) | ||
| PlasmaQuant MS Elite - ultimate sensitivity for targeted research applications (818-08021-2) | ||
| PlasmaQuant MS Elite S - high sensitivity and flexibility for efficient analysis (818-08020-2) | ||
| PlasmaQuant MS Q - for sensitive and robust high throughput analysis (818-08011-2) |
Consumables
| 418-13-410-420 | Cleaning tool for concentric nebulizer |
| 899-ICPC18L | ICP Calibr Std, 18 elements Multi Element Calibration Standard, 100 mg/L in 2-5%HNO3 |
| 899-ICPC23Q | ICP Calibr Std, 23 elements Multi Element Calibration Standard, 1,000 mg/L in 6% HNO3 |
| 899-ICPC4K | ICP Calibr Std, 4 elements Multi Element Calibration Standard, 100 mg/L in 5% HNO3 & 1% HF |
| 899-ICPC5BN | ICP Calibr Std, 5 elements Multi Element Calibration Standard, 1 mg/L in 2-5% HNO3 |
| 899-ICPC5R | ICP Calibr Std, 5 majors Mineral Standard Ca, K, Mg, Na, Fe, 500 mg/L in 2-5% HNO3 |
| 899-ICPI6A | ICP Internal Standard Solution Multi Element, 6 Elements, 100 mg/L in 2-5% HNO3 |
| 418-88071-0 | Scott-Spruhkammer, Glas ICP-MS Scott-Spraychamber, glass |
| 418-88065-0 | Injector, Sapphire, 1.8mm |
| 418-88066-0 | Injektor Platin 2,0mm |
| 418-88079-0 | Kit O-Rings for Scott spraychamber |
| 810-88421-0 | Maintenance Kit H2 Generator |
| 418-88090-0 | Metal clamp for ball joint |
| 418-88069-0 | Nebulizer PFA 100uL/min |
| 418-88093-0 | Nebulizer tubing |
| 418-88049-0 | O-Ring Set Skimmer Cone |
| 418-88083-0 | Sample inlet tubing |
| 418-88092-0 | Seaspray Nebulizer Nebulizer for high salt content, glass, 0.4 mL/min |
| 418-88060-0 | Standard ICP-MS Torch 2,4mm Standard ICP-MS torch 2.4mm injector, quartz |
| 418-88070-0 | Standard nebulizer Micromist, glass, 0.4mL/min |
| 418-88088-0 | Standard PVC drain tubing from pump to waste |
| 418-88085-0 | Tubing connector (1/16 in. ID to 1/16 in. ID) |
| 418-88084-0 | Tubing connector (1/16 in. ID to 1/8 in. ID) |
| 418-88082-0 | Tube sheath gas |
| 418-88081-0 | Tube Plasma- and Auxiliary gas |
| 418-88080-0 | Tube nebulizer gas |
| 418-10-405-196 | Tube nebulizer gas |
| 418-88101-0 | coolant tubing - inlet/outlet of peltier element |
| 418-88139-0 | Sheath gas tube PFA |
| 418-88045-0 | Skimmer Cone, iCRC, Nickel |
| 418-88046-0 | Skimmer Cone, iCRC, Platin |
| 418-88047-0 | Skimmer Cone, non-iCRC, Nickel |
| 418-88048-0 | Skimmer Cone (Platin) Skimmer Cone, non-iCRC, Platinum |
| 418-10-405-940 | Torch adapter 12/5 glass |
| 418-88102-0 | Tubing set for PQ MS |
| 810-88048-0 | Consumables set ICP-MS standard for PlasmaQuant MS all models |
| 418-88103-0 | Twister Spruhkammer |
| 810-88106-0 | Consumables set PQ MS all incl. for PlasmaQuant MS |
| 418-88040-0 | Sampler Cone Elite, Nickel |
| 418-88137-0 | Sampler Cone PRO, Platin Sampler Cone PRO, Platinum for PQMS Q and PQMS Elite S |
| 418-88041-0 | Sampler Cone Elite, Platinum |
| 418-88027-0 | Pump tubing orange/green (0.015 in. ID), flared ends |
| 418-10-406-251 | Öl für Vorvakuumpumpe SV40 PFP Oil for rotary pump SV40 PFPE, Leybonol LVO 420 |
| 418-10-406-227 | Cyclonic spray chamber PQMS ,20 mL, Borosilicate glass |
| 418-88148-0 | PFA Tubing Kit for ICP-MS PFA tubing kit for PQMS (Elite) |
| 418-88042-0 | Sampler Cone, Nickel |
| 418-88136-0 | Sampler Cone PRO Nickel for PQMS Q and PQMS Elite S |
| 418-88043-0 | Sampler Cone, Platinum |
| 899-PC2A2 | ICP Standard, Calcium 1,000 mg/L in 2 - 5% HNO3 |
| 418-88089-0 | Vacuum pump oil LVO 200, 1L |
| 899-ICPT9B | ICP-MS Tuning Solution Multi Element, 9 Elements, 10 mg/L in 2% HNO3 |
| 810-88107-0 | Consumables set Elite all incl. for PlasmaQuant MS Elite |
| 810-88118-0 | Consumables set Elite S all incl. for PQ MS Elite S |
| 810-88117-0 | Consumables set Q all incl. for Plasma Quant MS Q |
| 418-88222-0 | 12x Pump tubing Viton orange/white (0.025 in. ID) |
| 418-88026-0 | 12x Pumpschl TPO bl/bl 0,065ID Pump tubing Santoprene blue/blue (0.065 in. ID) |
| 418-88025-0 | 12x Pumpschl TPO gr/gr 0,05 ID Pump tubing Santoprene grey/grey (0.05 in. ID) |
| 418-88022-0 | 12x Pumpschl TPO or/ge 0,02 ID |
| 418-88023-0 | 12x Pumpschl TPO sw/sw 0,03 ID Pump tubing Santoprene black/black (0.03 in. ID) |
| 418-88024-0 | 12x Pumpschl TPO w/w 0,04 ID |
| 418-88020-0 | 12x Pumpschl Vi bl/bl 0,065 ID Pump tubing Viton blue/blue (0.065 in. ID) |
| 418-88028-0 | 12x Pumpschl.sw/sw 0,03 ID Pump tubing black/black (0.03 in. ID), flared ends |
| 418-88004-0 | 12x Pumpschlauch blau/blau Pump tubing blue/blue (0.065 in. ID) |
| 418-88002-0 | 12x Pumpschlauch oran/wei? Pump tubing orange/white (0.025 in. ID) |
| 418-88003-0 | 12x Pumpschlauch schw./schw. Pump tubing black/black (0.03 in. ID) |
| 418-88008-0 | 12x Pumpschlauch sf blau/blau Pump tubing solvent flexible blue/blue (0.065 in. ID) |
| 418-88007-0 | 12x Pumpschlauch sf grau/grau Pump tubing solvent flexible grey/grey (0.05 in. ID) |
| 418-88006-0 | 12x Pumpschlauch sf schw/schw Pump tubing solvent flexible black/black (0.03 in. ID) |
| 418-88019-0 | 12x Pumpschlauch Vi grau/grau Pump tubing Viton grey/grey (0.05 in. ID) |
| 418-88017-0 | 12x Pumpschlauch Vi schw/schw Pump tubing Viton black/black (0.03 in. ID) |
| 418-88018-0 | 12x Pumpschlauch Vi wei?/wei? Pump tubing Viton white/white (0.04 in. ID) |
| 418-88150-0 | 2-Channel Peristaltic Pump Cartrige Tygon tubing, ID 2.2 mm for ASX 560 |
| 418-88014-0 | 6x Pumpschlauch Si blau/blau Pump tubing Silicon blue/blue (0.065 in. ID) |
| 418-88013-0 | 6x Pumpschlauch Si grau/grau Pump tubing Silicon grey/grey (0.05 in. ID) |
| 418-88010-0 | 6x Pumpschlauch Si oran/gelb Pump tubing Silicon orange/yellow (0.02 in. ID) |
| 418-88011-0 | 6x Pumpschlauch Si schw/schw Pump tubing Silicon black/black (0.03 in. ID) |
| 418-88012-0 | 6x Pumpschlauch Si wei?/wei? |
| 418-88225-0 | Argon gas inline filter |
| 418-88075-0 | Cleaning Powder, 500g |
| 810-88051-0 | Consumables Kit inert/geochem for PlasmaQuant MS all models |
| 810-88049-0 | Consumables set organic samples for PlasmaQuant MS all models |
| 810-88050-0 | Consumables set volatile org. samples for PlasmaQuant MS all models |
| 418-13-410-540 | cooling water additives (2 components) |
| 418-88087-0 | Drain tube, Scott spraychamber |
| 418-88076-0 | End Cap, Scott Spraychamber |
| 418-88147-0 | Endcap with Gasport - PFA PureCap for 35 mm spray chamber, including make-up gas |
| 418-88078-0 | GazFit Schlauchverb. 6mm ID Connectors for torch gas lines (4 pcs.) |
| 418-88105-0 | Helix Seal, 4 pcs. |
| 418-88072-0 | ICP-MS Scott-Spraychamber, PFA |
| 418-88061-0 | ICP-MS Torch 0,8mm Injektor ICP-MS Torch 0.8mm Injector, quartz |
| 418-88063-0 | ICP-MS Torch Body |
| 418-88062-0 | ICP-MS Torch1,5mm Injektor ICP-MS Torch 1.5mm Injector, quartz |
| 418-88068-0 | ICP-MS Transfer Rohr, Quarz Sheath Gas Transfer Tube with Argon connection, quartz |
| 418-88067-0 | ICP-MS transfer tube, without sheath gas adapter, quartz |
| 418-88074-0 | Interne Standardlos. 100ppm Internal Standard Solution ICP-MS, 100 mg/L, 125 mL |
| 418-88094-0 | Kalib-Standard 1 100ppm, 125ml Calibration standard 1; 100 mg/L, 125 mL; |
| 418-88146-0 | PFA Microflow nebulizer 20 μL/min |
| 407-400.057 | Polypropylene sample vials 15 mL |
| 407-402.926 | Polypropylene sample vials 50 mL |
| 418-88029-0 | Pump tubing black/black (0.76 mm ID), flared ends, FT |
| 418-88031-0 | Pump tubing blue/blue (1.65 mm ID), flared ends, FT |
| 418-88030-0 | Pump tubing orange/green (0.38 mm ID) flared ends, FT |
| 418-88226-0 | Sample Rack ICP, 60 positions, 14 ml vials |
| 418-88097-0 | Set tube connector nebulizer gas for ICP-OES and ICP-MS |
| 418-10-405-586 | Tube Nalgene 0.12 IDX0.062INTK Tube Nalgene 0.12 IDX0.062INTK (m) |
| 810-88004-0 | Ultrasonic nebulizer U5000AT+ for ICP-OES and ICP-MS |
| 418-88086-0 | Y-connector (1/16 in. ID) ,set of 5 pcs |
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