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Analytical Instrumentation
Isocratic Pump Achieves Nearly Pulse-free Flow Rates for Improved Efficiency Gilson announces an expansion to its chromatography systems product offering with the introduction of the VERITY®
3011 Isocratic Pump. The new VERITY 3011
Pump broadens the depth of the VERITY purification systems portfolio with advancements over existing pumps including a convenient quick-connect pump head design and intuitive touchscreen control of the instrument. The pump enables reaction monitoring and easily integrates into both analytical and semi-preparative chromatography systems for environmental, food and beverage, and petroleum applications.
The VERITY 3011 Pump is a standalone pump with touchscreen control that delivers accurate and nearly pulse-free flow rates, improving overall efficiency and yield. The pump supports pressures up to 600 bar (8702 psi), which are some of the highest in the HPLC market, while the integrated pressure sensor protects system components from damage, decreasing downtime and operational costs.
The VERITY 3011 Pump heads rely on an innovative bayonet design that allows the pump heads to be easily changed without tools. Two pump heads available: the 5 SS for flow rates of 0.01–5 mL/minute and the 10 SS for 0.05–10 mL/minute. Both pump heads support pressures of up to 600 bar (8702 psi).
In a VERITY purification system, the VERITY 3011 pump and other system components are powered by TRILUTION® up and run the pump in one of three modes: Flow, Dispense, or Program.
LC software. When used as a standalone pump, the intuitive touchscreen makes it easy to set
Gilson has a long history of advancing durable chromatographic system design and today specialises in preparative HPLC, flash chromatography, centrifugal partition chromatography (CPC), and gel permeation chromatography (GPC), with instrumentation that benefits discovery- to process-scale workflows. The introduction of the VERITY 3011 Isocratic Pump enhances the Gilson purification portfolio, which also includes columns, fraction collectors, detectors, and system control software.
The Smart Sample-Prep Solution for Combustion-IC
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TE Instruments introduces the world’s first independent sample preparation system for Combustion Ion Chromatography: the XPREP C-IC. This unique configuration re-invents automated Combustion-IC analysis through its innovative design and functionalities.
Besides full control over sample combustion, the XPREP C-IC not only collects the oxidised gas stream but also automatically transfers a fraction of the absorbance liquid to any renowned IC system. The ideal solution to cover the increasing demand for corrosive halogens, sulphur, and speciated halide analysis, in a wide range of sample matrices like polymers, organic solvents, and fuels.
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The XPREP C-IC operates based on a four-step principle:
1 . Sample introduction is done either manually or fully automated by means of well-established sampling systems for liquid, viscous, solid, gas and LPG samples.
2. Every sample matrix is completely oxidised in an oxygen-rich environment by the quartz combustion tube.
3. Output gas stream is sparged through the absorbent in the multi-position fraction collection unit. The integrated sampling system handles the addition of required reagents, including hydrogen peroxide. Up to 65 sample positions function as storage of the combusted samples.
4. Once the sample preparation step has been finalised, the sample is automatically transferred from the collection unit towards any IC system where Fluorine, Chlorine, Bromine, Iodine, and Sulphur concentrations are determined.
Improve your productivity and upgrade your laboratory with the fastest automated sample preparation system for Combustion-IC analysis: XPREP C-IC. Combustion Ion Chromatography analysis has never been so easy and efficient. For more information please contact TE Instruments by sending an e-mail to
sales@teinstruments.com or visit the information online:
ilmt.co/PL/64e9
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Pressure Insensitive Mass Flow Controller EL-FLOW®
Prestige, the newest
generation of Bronkhorst Mass Flow Meters/Controllers for gases, can now be equipped with an on-board pressure sensor. In combination with the ‘Differential Temperature Balancing’ sensor technology and an incorporated gas database with physical properties, the instrument automatically compensates for inlet pressure variations. As a result, the accuracy and control stability will not be affected by these pressure changes. Next to an improved yield of the customer’s process, additional components for line pressure control will no longer be required.
The Multi Gas / Multi Range functionality of the EL-FLOW® Prestige enables the user to select any of the installed gases and to adjust the measuring range within the boundaries of the device. Also the dynamic behaviour of the mass flow controller can easily be tuned on site, by adjusting the controller speed parameters. These settings can be changed using our free software tools FlowTune™ or FlowPlot™. The last mentioned tool can also be used for device diagnostics or alarm and counter settings.
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New partnership opens up North American market for catalytic microreactor which expands the capabilities of Gas Chromatographs (GC) with Flame Ionisation
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Detectors (FID) Activated Research Company (ARC) is pleased to announce that the Polyarc system is now available from Agilent Technologies, Inc. “Our customers are always looking for ways to improve the accuracy and speed of chemical analysis. Now, scientists can purchase our technology factory- installed on industry-leading Agilent GC systems, giving them easier access to fast and reliable data,” said Andrew Jones, CEO of ARC. “This is a great fit for ARC and our customers.”
The Polyarc system is a breakthrough innovation that combines catalysis with chemical analysis to revolutionise 60-year-old GC/FID technology. The technology not only gives scientists time back in the lab by increasing throughput, but it can also help manufacturing sites catch errors that can mitigate millions of dollars in wasted raw material costs. This simple add-on device allows for minimal disruption of current analytical methods and is easy to install and maintain.
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ANNUAL BUYERS GUIDE •
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