6 Real-Time HPLC Pump Monitoring
Testa Analytical’s Liquid Chromatography Flowmeter (LCF) is a ground-breaking real-time monitoring device designed for continuous performance measurement of HPLC and uHPLC system pumps.
Traditionally, the quality of data from HPLC systems relied on periodic checks of specific parameters, offering only snapshots of system performance at certain moments. This approach couldn’t guarantee total application quality.
Flow rate is a critical factor in HPLC systems, as it directly affects retention time and volume, significantly influencing reproducibility. The Testa Analytical LCF monitors liquid flow to your HPLC system in real-time, generating a continuous stream of data that seamlessly correlates with specific chromatograms, providing true, continuous quality assurance for your application.
The compact LCF is compatible with all HPLC solvents and draws power from a USB connection. At its core, the LCF features a high-resolution thermal flow sensor, combining exceptional accuracy with sensitivity. This non-invasive sensor allows the device to operate effectively across a wide dynamic range.
The LCF features an integral high-resolution OLED Display that provides real-time flow rate information. An intuitive PC-based application permits users to continuously record and store flow rate data from their HPLC system. The LCF software also enables users to store various calibration factors for different solvents and save detailed descriptions of the solvents in use. Furthermore, communication data buffering ensures data integrity, even when the PC is engaged in other tasks. The application further allows for the concurrent operation and communication of multiple LCF units with a single PC.
With the Testa Analytical Liquid Chromatography Flowmeter, the days of sporadic quality checks are over. Now, you can ensure continuous, real-time quality assessment for your HPLC or uHPLC system’s pump performance, enhancing reliability and the overall quality of your analytical results.
More information online:
ilmt.co/PL/LeQO 61326pr@reply-direct.com
Advancing Warfare Chemical Testing
Defence sectors globally recognise the critical importance of accurately testing permeation rates on warfare materials, a procedure that’s paramount for both legal compliance and ensuring safety. However the testing required to confirm performance can be a complicated activity that standard analytical equipment can struggle to handle. When performed manually this can be time-consuming and when materials performance needs to be confirmed against warfare agents potentially hazardous.
To help manufacturers with these challenges, Ellutia is able to offer complete system that automates this analysis. With Ellutia’s Automated Permeation Analyser at their disposal, defence organisations can not only ensure prompt compliance with international standards but also leverage the advantages of a streamlined, automated testing framework.
Systems can be configured to meet a number of international standards. These can cover a range of challenge chemicals and material types. Systems comprise of a number of permeation cells that house the challenge chemical and test materials. Samples are automatically taken on regular basis and results plotted in real-time.
For those in the defence and manufacturing sectors eager to modernise their material testing methodologies, Ellutia invites you to get in touch directly so they can understand your requirements and help find the best solution for you.
More information online:
ilmt.co/PL/16Qp 61018pr@reply-direct.com
AI-Powered Autosampler Revolutionises Laboratory Workflow
HTA unveils the 2800T, an innovative all-in-one autosampler harnessing the power of Artificial Intelligence (AI). This ground-breaking technology autonomously handles headspace analysis, liquid sample injection, and Solid Phase Microextraction (SPME) within any GC and GC-MS system.
Building upon the success of the GC automatic liquid samplers (3000A series) and headspace autosamplers (2000H series), HTA has integrated the disruptive capabilities of AI into the multifunctional 2800T autosampler.
The incorporation of smart AI functionalities delivers substantial benefits to analytical laboratories in terms of efficiency, speed, and reliability. AI-powered features streamline laboratory workflows and simplify sample processing. Continuous and automatic monitoring of all components and consumables, extending beyond the autosampler to include the GC, ensures trouble-free operations and provides the assurance of consistent and reliable results through predictive maintenance practices. From enhancing analytical performance to improving user-friendliness and technical service accessibility, AI simplifies every aspect of the process.
Regarding application flexibility, the 2800T features the most versatile profile on the market. Transitioning between modalities takes a mere 5 minutes, and it’s just as quick to switch between GC instruments. In less than 5 minutes, you can effortlessly relocate the HTA autosampler from one GC to another, swap HTA autosamplers, or allocate a single HTA autosampler across multiple GCs to handle workload surges. Whether your samples require headspace, liquid, or SPME processing, or if your method demands split, splitless, or on-column injection, the 2800T is ready in minutes.
its comprehensive GC automation capabilities, the 2800T is exceptionally user-friendly. The high-quality touchscreen interface provides effortless system access and usability, enabling sample processing with a simple touch.
Once again, HTA empowers analytical labs to stay at the forefront of technology. More information online:
ilmt.co/PL/wv5O
61216pr@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
INTERNATIONAL LABMATE - NOVEMBER 2023
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