6 Non-invasive device monitors ultra-low fluid flows
Biotech Fluidics presents the Micro Flow Meter, a cutting-edge device designed for the continuous real-time monitoring of ultra-low fluidic flows. This innovative tool is optimised to operate within the flow range of 100nl to 80 µL/minute, offering an unprecedented high resolution of 1nl/minute. The Micro Flow Meter is the ultimate solution for ensuring the consistency of various applications, including UHPLC, LC/MS, high precision flow cytometry, and micro-/nanoscale fluidics.
At the core of the Biotech Micro Flow Meter lies a high-resolution thermal flow sensor renowned for its exceptional accuracy and sensitivity. This device is compatible with a wide range of solvents, and its non-invasive nature ensures the seamless operation of your entire fluidic system.
The Biotech Micro Flow Meter empowers you to continually monitor fluidic flows within your system while simultaneously providing valuable insights into pump performance. With an intuitive software app, it delivers real-time reporting of average, minimum, and maximum flow values. Its adaptable integration times make it easy to detect flow pulsations and system drift.
Compact and user-friendly, each Biotech Micro Flow Meter comes with PC software that enables continuous recording, monitoring, and the storage of measured flow rate data. All flow data collected by the Micro Flow Meter is automatically saved in files that can be easily processed using most commercial data analysis packages.
More information online:
ilmt.co/PL/ebQX 61485pr@reply-direct.com
Flowmeter software driver for chromatography data integrity
Testa Analytical has introduced a powerful software driver facilitating control and data collection from any AB-4XXXX Series liquid flowmeter through chromatography data systems (CDS) that support Agilent Technologies’ rapid control framework (
rc.NET).
Software developer, Carlo Dessy, explained: “Including real-time flow rate data with each chromatogram is a valuable aid to achieving total quality assessment of any HPLC, UHPLC, LC/MS or GPC/SEC system. Chromatography data systems are widely used in labs around the world because they include functionality that enables timesaving in the analysis, interpretation, and reporting workflows while technical controls ensure work quality, effective records management, and enhanced data security. Easy integration and full compatibility of our flowmeters with chromatography data systems is a vital requirement for them to be routinely used with liquid chromatographs by analytical labs that need the highest level of data integrity.”
The software driver supports multiple connected flowmeters on a single CDS, linked to USB ports, and accommodates stand-alone, networked, and Client-Server configurations. Virtual servers meeting Testa Analytical liquid flowmeter hardware requirements are also supported. The driver seamlessly integrates with popular CDS, including Agilent Technologies OpenLab, WinGPC UniChrom, and Clarity systems, ensuring widespread applicability and ease of use for analytical labs worldwide.
More information online:
ilmt.co/PL/Zb05 61734pr@reply-direct.com
Best practice zero solvent emissions in your lab
Solvent emissions cause many occupational diseases, breakdowns, and malfunctions. Especially in instrumental analysis, failures can be costly if they result in interruptions and maintenance work. SCAT Safety Caps block solvent vapours and ensure clean, reliable analysis. It has never been so easy to protect your health and save costs at the same time.
The SCAT system blocks solvent vapours and keeps your eluents clean. It protects your health, environment and quality of your analytical results. The mixing ratio of your solvents stays stable, as there is no evaporation.
Workspace safety and risk of solvent vapours: solvent vapours are toxic, flammable, and harmful to health. They escape even through smallest openings and leaks. During long-time exposure, even small concentrations in the laboratory air can cause serious health risks and damage.
Hermetically closed systems reduce emissions to zero: when extracting the eluent, the SCAT air valve ensures safe pressure equalisation to avoid underpressure during HPLC operation. On the waste side of your HPLC, the exhaust filter avoids overpressure inside the collecting container, and adsorbs vapours of solvents, acids and bases with a mix of 3 types of activated carbon.
The easiest way to ensure safety and quality for your HPLC lab: the SCAT System can be installed with a minimum of effort and cost, compared to the hassle of installing ventilation systems for each workplace. Discover the solution and upgrade your laboratory now to the latest safety standards.
More information online:
ilmt.co/PL/16xN and
ilmt.co/PL/zBo8 61324pr@reply-direct.com
Hydrophobic Glass MRQ Vials
The RSA-Pro X™ surface treatment is a breakthrough technology that starts with RSA™ glass. It provides complete surface coverage that is hydrolytically stable for years; even in 100% water. This hydrophobic surface will not adsorb most compounds and is often chosen for storage, stability testing, shipping, standards, dissolution, and QC testing and brings an improved chemical resistance.
Try the RSA-ProX™ in MicroSolv’s MRQ Vial and Cap kits (pictured) which have a volume of 1.2 mL and a very low residual volume of 2 ul due to the centre- draining effects of smooth walls and a conical bottom. 2 ml and 1.8 ml centre draining vials are also available.
More information online:
ilmt.co/PL/BKmk 59896pr@reply-direct.com
Maximise lab performance with smart SPME arrows
Restek introduces a new level of efficiency with the launch of Smart SPME Arrows and Smart SPME fibres in their SPME product line. These innovations maintain the high standards of application, performance, and longevity that you have come to rely on, while now featuring a smart chip to monitor parameters, ranges, and usage history.
Designed to address a broad spectrum of volatile and semivolatile analytes in various sample matrices, Restek PAL SPME Arrows and fibres are at the forefront of SPME technology.
Smart SPME Arrows come with unique advantages. They offer backward compatibility with all PAL3 Systems, ensuring seamless integration with existing setups. The robust stainless-steel construction ensures extended lifetimes, providing a cost-effective solution. The accelerated extraction process results in higher sample throughput, contributing to overall lab efficiency. Additionally, the enhanced sensitivity of Smart SPME Arrows allows for lower limits of detection.
Discover the ideal SPME Arrow or SPME fibre for your application based on your analytes of interest and instrument specifications.
More information online:
ilmt.co/PL/Zbv3 61879pr@reply-direct.com
INTERNATIONAL LABMATE - FEBRUARY 2024
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