6 ICP-MS Portfolio for Greater Customer Focus Announced
At this year’s EWCPS 2019, Analytik Jena presented the continued development of its PlasmaQuant MS series. In the future, customers will be able to configure every system in the ICP-MS series to suit their individual requirements. In addition to the PlasmaQuant MS and MS Elite models already available, two additional models are introduced. The PlasmaQuant MS Q is optimised for high-throughput applications, such as quality control for consumer goods, food inspection, or environmental monitoring. The second new model, the PlasmaQuant MS Elite S, was developed for routine analysis of ultratraces and offers an extremely high level of sensitivity. It is especially suitable for industries where analysis depends on the lowest detection limits and the highest recovery rates - such as applications in the semiconductor industry, quality control for high-purity chemicals, or in geochemistry and geochronology.
“With the new ICP models, the MS Q and MS Elite S, which have been specifically optimised for customer requirements in our seven key industries, we are consistently expanding the range of applications of the ICP-MS technology. Whether for high-throughput, routine, or research applications, the technological advantages of the PlasmaQuant MS series in combination with the new application-optimised upgrade options make it possible to achieve optimal, tailor-made solutions for our customers,” explained Dr Marc Diener, Director of Product Management and Application at Analytik Jena, the expanded range of applications of the PlasmaQuant MS product series.
With the two new ICP-MS models, the company aims to serve users who require a particularly high degree of performance flexibility in their ICP-MS applications. Customers receive virtually unlimited freedom of application. Depending on the matrix load of the samples and the individual performance requirements for sensitivity and throughput, analysis of more than 80 samples per hour is possible. The continued development of the ICP-MS portfolio serves to optimise the ICP-MS technology from Analytik Jena for special and routine applications in the company’s seven key industries: pharmaceutical, chemical, oil and gas, food, environment, energy, and geology and mining.
Analytik Jena additionally offers a wide range of upgrade options to tailor all systems in the PlasmaQuant MS series for the requirements of their respective fields of application.
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ICP Autosampler Solves All Your Automation Needs
Have you an ICP-OES, ICP-MS, a Flame Photometers or a Flame AAS in your laboratory? Are you looking for an autosampler to reliably automate it? The HT1000I - HTA spectroscopy autosampler represents the perfect answer to your automation needs, being compatible with a wide range of spectroscopy applications. The HT1000I has been specially engineered to offer the best user experience with its straight forward operation and rich user interface.
The latest generation electronics and up-to-date technologies make the HT1000I the smartest autosampler in the spectroscopy market: automated calibration procedure, the management of unexpected events with automatic recovery and the minimal electric consumption are all outstanding features of this innovative autosampler.
The optimised layout allows for installation in tight spaces and you will enjoy the benefits of a short flow path. In fact the minimised transfer line towards the analyser can lead to faster cleaning step, lower Argon consumption and reduced wear of the analyser components as the contact time with the sample is kept on a minimum level.
The sample carousel is organised in six racks, each of which may run a different type of sample tubes for the highest flexibility. Racks are removable in order to support off-instrument sample preparation and continuous sample feeding. Furthermore, the racks are polarised to simplify their positioning and avoid errors in loading samples.
The HT1000I is equipped with a rinse station, where the sample probe is moved after the sample aspiration to be cleaned internally and externally by means of a dedicated washing pump to provide an effective fight against cross contamination.
The HT1000I can be controlled by the most popular ICP and AAS software to allow easy sample processing. An integrated keypad is also included to permit direct sample loading, line priming and end-of-session washes.
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New Compact Gas Analyser Family Introduced
Hiden Analytical introduces the new HPR-20 range of application-specific compact benchtop gas analysers for dynamic measurement of in-process gas composition. All systems feature precision quadrupole mass spectrometers with standard mass range options 200 and 300 amu, with mass range options from 20 to 1000 amu being available for specialised applications.
The HPR-20 EGA system is configured for fast-response evolved gas measurement at near-atmospheric pressures utilising bypass capillary sampling, with sample consumption rates typically 1-15 mL/minute. Systems are routinely used in conjunction with thermal gravimetric analysers (TGAs), with standard interface options available for operation with a wide range of TGA systems.
The HPR-20 TMS Transient system offers the optimum response time for fast event studies. The system uses a direct pulse ion counting detector with a 7-decade dynamic range, from 1 to 107 counts per second, and with the multichannel scalar option provides a time resolution of just 50 nanoseconds. The TMS system uses the 3F-series quadrupole with triple-stage mass filter providing optimum abundance sensitivity for mass resolution of minor species.
The HPR-20 R&D system is optimised for the researcher, with a wide selection of standard and customised system interface configurations available including options for direct sampling from sample pressures up to 30 bar. An 8-channel multi-stream selector option enables sample auto-selection from multiple gas streams, and a 4 or 8-channel mass flow-controlled gas preparation module provides on-line precision gas mixtures for system calibration and for direct supply to the user’s reaction process.
More information online:
ilmt.co/PL/Rdkr 47960pr@reply-direct.com
Next Generation Ellipsoidal Mirrors for X-Ray Diffraction
Optical Surfaces Ltd. is offering high-precision ellipsoidal mirrors that offer unmatched pinpoint focusing for high resolution spectroscopy in the soft and hard X-ray regions. Drawing upon skilled craftsmen working in a uniquely stable production environment, Optical Surfaces is able to produce ultra-smooth ellipsoidal mirrors able to deliver an X-Ray Diffraction (XRD) spot that exactly matches your spectrometer detector resolution. As a consequence, the resolution and angular range of XRD measurements can simultaneously be improved. In addition, the pinpoint focusing provided by the ellipsoidal mirrors increases X-ray flux density, resulting in better contrast.
With workshops and test facilities deep underground where temperatures remain constant and vibration is practically non-existent, Optical Surfaces routinely produces ellipsoidal mirrors in a range of materials (Zerodur, BK7, fused silica) with typical surface accuracy of better than lambda/10 (dependent on size and radius) and surface quality of 20:10 scratch dig.
Optical Surfaces can produce ellipsoidal mirrors in a range of shapes (largest dimension up to 400mm) that offer high performance and durable optical coatings that provide excellent image quality.
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INTERNATIONAL LABMATE - APRIL 2019
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