The PlasmaQuant MS range of instruments from Analytik Jena provides unparalleled sensitivity and speed, but with the lowest running costs of any ICP-MS instrument. With their flexibility and added features, the PlasmaQuant MS range is perfect for meeting both routine and complex analytical challenges with user-friendly software and simple maintenance.
In the sections below we highlight some key features and applications of the PlasmaQuant MS range, demonstrating why they are the currently the preferred choice for ICP-MS in research, commercial, and industrial laboratories. Further information is also available on the Analytik Jena website or contact SciMed today!
Key features of the PlasmaQuant MS range
The PlasmaQuant MS range provides the perfect selection of ICP-MS instruments for any laboratory. They offer unparalleled sensitivity and speed, with the lowest running costs of any ICP-MS, and the smallest footprint. They can handle difficult sample matrices using built-in aerosol dilution, whilst the Nitrox system allows direct analysis of organic solvents (plus enhanced signal for difficult to ionise elements and reduction of matrix effects).
Key features of PlasmaQuant include:
PlasmaQuant MS features specialist ASpect MS software, providing
Watch the video below to review the summary features of the PQ-MS Elite from our demonstration laboratory in Stockport
https://youtu.be/XKBlZ9-DIFs
Key applications of PlasmaQuant MS
ICP-MS can quantify elements across the periodic down to levels of parts-per-quadrillion, but also as high as part-per-thousand or even percent levels, due to the extended range of the all-digital detector.
Various industries and sectors use ICP-MS for sample analysis, including:
Other specialized applications include measurement of metal-organic speciation, 2 (or 3)-D imaging of element distribution at the µm scale, radionuclides analysis, fluorine and fluorinated compounds, analysis proteins via specifically binding metal-tagged antibodies (mass cytometry), and measurement of the size and shape of nanoparticles.
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Save 50% on Argon Consumption
ICP-MS consumes large quantities of argon gas, principally as the source for the plasma. Compressed gas cylinders may be suitable for limited use, but more commonly liquid argon containers are used. Argon is therefore the major consumable cost when operating an ICP-MS.
The argon consumption of all other ICP-MS instruments is 18-24 L/minute, making argon a key consumable cost for the laboratory. The PlasmaQuant MS range, however, consumes only 10-12 L/min giving an approx. 50% reduction in argon usage and therefore cost.
For example, a laboratory operating ICP-MS 12-16 hours per day, 5 days per week, can currently expect liquid argon costs to exceed £2000 per month and increase over time with inflation. This equates to a saving of >£36,000 over 3-years or >£120,000 over the typical-10 year lifespan of an ICP-MS.
PlasmaQuant MS performance
The lower cost of PlasmaQuant MS ownership does not compromise performance, in fact the PlasmaQuant MS performance statistics are the best in class. A typical sensitivity of 1500 Mcps/ppm is achieved with standard nebulisation at <2% CeO, in contrast with other models, which quote 100-1000 Mcps/ppm <2% CeO.
This outstanding sensitivity combined with low background and a fast-counting detector, makes PlasmaQuant MS the most sensitive ICP-MS currently available, without needing more expensive and complex triple-quadrupole systems. The enhanced sensitivity is mostly attributable to unique ReflexION ion mirror which focusses the ion beam through 90º removing background from photons. The unique all-digital detector provides linear calibration over 11 orders of magnitude.
Accessories for PlasmaQuant MS
A range of autosamplers are available for liquid samples with high-throughput options. ICP-MS can be combined with HPLC or GC -for elemental speciation measurements, whilst laser ablation provides direct spatially resolved measurements of solid samples. Single-particle or measurements can be achieved through combination of ICP-MS with specialised sampling methods, separation techniques such as e.g. field flow fractionation, or by through software deconvolution of direct ICP-MS signal data.
Why Choose PlasmaQuant MS?
Analytik Jena is recognised as a global leader in analytical instrumentation. The company has built a formidable reputation for developing new, innovative and exciting analytical instrumentation.
The PlasmaQuant range includes four bespoke ICP-MS systems, each designed to ensure optimum performance in your laboratory:
Whether you’re working in cutting-edge research, conducting high-throughput routine analysis or dealing with high-matrix samples, we can provide the right answer for your needs.
PlasmaQuant MS from Analytik Jena should be your benchmark when choosing an ICP-MS system.
You can also visit the Analytik Jena website for more product details by clicking on their logo below:
