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Environmental Laboratory
Industry’s Smallest ICP- OES Helps Researchers Test Complex Food, Industrial and
Environmental Samples
PerkinElmer, Inc (USA) have announced the launch of the Avio 200 Inductively Coupled Plasma Optical Emission Spectrometer (ICP-OES), the industry’s most compact system designed for effi cient multi- elemental inorganic analysis. This innovative technology helps laboratory professionals running inorganic analyses and facing an
expanding range of sample types to test diffi cult, high-matrix samples without the need for dilution.
The Avio 200 system has the matrix tolerance to handle a wide variety of samples and to test across a broad set of applications such as: nutrients analysis for nutritional labeling; compliance with the RoHS Directive, an industry restriction on the use of certain hazardous substances in electrical/electronic equipment; analysis of soil micronutrients; determination of trace elements in water; and evaluation of metal levels in toys.
“With industry regulations becoming more complex and driving testing for more elements, lab professionals fi nd themselves challenged with managing the associated higher sample volume and time-consuming analyses,” said Jon DiVincenzo, President, Environmental Health, PerkinElmer. “The Avio 200 system is our latest innovation in ICP instrumentation engineered to help our customers run multi-elemental analyses reliably and effi ciently across food safety, industrial and environmental applications for better health outcomes.”
The Avio 200 system is designed to help laboratory professionals enhance their productivity through its ability to deliver increased uptime and minimal maintenance.
The system features a vertical plasma design for greater sample fl exibility, low argon consumption (via patented Flat Plate plasma technology), and fast start up from power on for enhanced productivity. It also offers high sensitivity and resolution, along with a wide linear range by means of its unique dual optical viewing technology.
Laboratory professionals running inorganic analyses that need to measure more than one element at a time can now leverage the Avio 200 system for multi-element analyses with the same ease of use as atomic absorption (AA), but without the fl ammable gases. The system is also as cost-effi cient and cost-effective as AA technology without the need to purchase lamps when running new elements. The system also leverages the cross-platform Syngistix software for atomic spectroscopy for a seamless transition from AA to ICP software.
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Clean Room Panel for Monitoring Humidity, Temperature and Low Dew Point
Water Purifi cation Systems Advanced with New High-Throughput Line
Merck (Germany) has recently introduced the Elix High- Throughput water purifi cation system, providing laboratories with a reliable water purifi cation solution for daily water volumes of up to 9000 liters. Designed to operate at the heart of a central water purifi cation solution, the Elix High-Throughput system offers full connectivity, providing authorised users real-time remote monitoring via computer, tablet or smartphone with
The CRP1 clean-room panel, from Rotronic (Switzerland), is characterised by its compact construction and simple handling. Its HygroClip2-compatibility allows humidity to be registered to the highest degree of accuracy. Depending on demand and application any other Rotronic probe can be connected. The data can be transferred via analogue outputs or MODBUS. Measured values, alarms and measurement curves are shown on the display.
Features: Monitors humidity, temperature and low dew point, designed specifically for clean rooms, works in combination with the HygroClip2-series but also with any other Rotronic probe (customised to your needs), FDA- and GAMP-compatible, digital communication via MODBUS RTU / HW4, analogue output signals freely configurable, stainless steel front panel highly resistant to chemicals, alarm output acoustic, or via relay or LCD display, and simple probe calibration outside the room being monitored.
The Clean Room Panel CRP1 is the obvious choice wherever precise measurement of humidity and temperature is of vital importance, and a high degree of cleanliness must be maintained. Such as clean rooms in hospitals, in the pharmaceutical, electronics or foodstuffs industries and other applications in which humidity and temperature are monitored. The comprehensive functional capabilities of the CRP1 can be used for many measurement and control tasks.
In combination with the Rotronic HC2-LDP probe the CRP1 specially meets the requirements of monitoring dry air in dompressed-air equipment and battery fabrication.
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New Dissolved Species Analyser
The HPR-40 DSA mass spectrometer system, from Hiden Analytical (UK), was introduced specifi cally for measurement of gases and vapours in aqueous media. Product development is application driven, with introduction of new media interface styles an on-going process to address novel user requirements and encompassing measurement in areas such as fermentation processing, photosynthesis, electrochemical reaction studies, water quality and soil condition assessment, plant root performance, analysis of enzyme kinetics
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A fi ne membrane separates the aqueous media from the mass spectrometer sample intake, the membrane providing a very signifi cant enrichment in gaseous throughput relative to that of water vapour. Interface types include insertion probes for direct immersion in the liquid media, fl ow-through patterns, cuvette styles for photo-sensitive biofuel studies, DEMS cells for monitoring of electrochemical reactions. The media interface fl exibility is of signifi cant interest for multiple application users in university and research laboratories, and all systems are equipped with automated inlet isolation to protect the system from overpressure in the event of membrane malfunction.
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IET Annual Buyers’ Guide 2016/17
www.envirotech-online.com
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39504pr@reply-direct.com 39694pr@reply-direct.com access to all important water quality data.
“Merck is committed to improving laboratory workfl ows with innovative products like our Elix line of water purifi cation systems that integrate seamlessly with existing systems and require little maintenance,” said Theresa S. Creasey, Head of Strategy, Marketing and Innovation at the life science business of Merck. “Our systems are also designed to decrease energy and water consumption, without sacrifi cing water quality or ease of use.”
The Elix High-Throughput system incorporates technologies consistent in delivering optimum quality, analytical-grade water for use in regular laboratory applications and instrument feeds. The system combines Merck’s Elix electrodeionisation technology with advanced purifi cation, including Progard pretreatment cartridges, reverse osmosis and bactericidal UV lamp treatment. The new models include Merck’s E.R.A. (Evolutive Reject Adjustment) technology, which automatically optimizes water recovery and reduces water usage costs by taking feed water quality into account. The system can also be linked to a Laboratory Information Management System or Building Management System for enhanced effi ciency and productivity.
The Elix High-Throughput system’s easy-to-use communications interface displays all of the details needed for daily operation. A large color touch screen features storage level and dispensing information, water production and the status of system consumables, including step-by-step instructions from a system wizard for effortless replacement.
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