LIMS & Lab Automation
Automated Software for HPLC Pump Validation
Testa Analytical Solutions e.K. announce a new software tool for its AB4000X range of flowmeters to enable labs to automatically validate the performance of HPLC, uHPLC and GPC/SEC pumps.
The Pump Validation Software Suite has been designed to accept raw data generated by the Testa Analytical flowmeter PC-App and perform all necessary flow calculations automatically. Using this powerful software tool - all data and parameters are automatically validated for fitness of use for validation and a summary report generated which can be stored or printed for hard copy documentation.
This powerful software tool comes with a Standard Operating Procedure (SOP) detailing the whole validation protocol. In addition, this new software can also be used to calculate ancillary pump performance parameters, such as real-time pulsation, which can be used to identify transient changes in pump performance.
The AB4000X flowmeter range from Testa Analytical sets the benchmark for real-time monitoring devices for continuously measuring the performance of pumps serving HPLC, uHPLC, LC/MS, GPC/SEC, and flow chemistry systems. Compatible with all common solvents, the compact AB4000X flowmeter powers itself from a USB
connection. At the heart of each Testa flowmeter is a high-resolution thermal flow sensor that is both extremely accurate and sensitive. This non-invasive sensor enables the device to operate over a wide dynamic range. Each Testa flowmeter is supplied with an easy-to-use PC based App that allows users to continuously record, and store measured flow rate data from a HPLC system. Current flow rate is displayed on the devices integral high-resolution OLED display.
More information online:
ilmt.co/PL/jXZq 60989pr@reply-direct.com
Modular Visualisation and Automation Software System
LabVision® is the trend-setting, modular visualisation and automation software system for the automation of devices from HiTec Zang and Labtex. A process is monitored, controlled and regulated using LabVision® and all procedures are recorded and archived. The processing system is shown on the display as a dynamic flow diagram for monitoring and operating. The online evaluation provides important information on your process at run time. The process data chain ranges from the definition of the experiment up to the laboratory information management system.
LabVision® is, in the opinion of many users, currently the most powerful and most prestigious research process control system (RPCS) software. It is particularly suited for the visualisation and automation of flow and batch processes in laboratory, scale up, pilot plant, mini-plant and production areas in the chemical, pharmaceutical, biotechnology and foodstuffs technology industries. Thanks to its flexibility, it is also used in other sectors, such as landfill, solar and environmental technology.
LabVision® may be used at different levels of complexity. If you wish to benefit from LabVision® as a pure user, one day of instruction is usually sufficient in order to learn everything which is necessary.
But even if you wish to create automation projects for varying systems yourself, you can learn how to do this in one day with a suitably equipped workplace. This is enabled through the project module library which contains predefined project modules for all important basic functions, such as temperature controlling, dosing, regulation of the pH value or vacuum, distillation etc. A familiarisation period of only about one week is required for specialists who wish to learn about all of the possibilities of parameterisation and programming in place of the month-long training courses required for conventional distributed control systems.
More information online:
ilmt.co/PL/6qp0 60948pr@reply-direct.com
Enhanced Software for Analytical Data Management
ACD/Labs has introduced the v2023 software applications on the Spectrus® Platform, enhancing analytical data handling and knowledge management. The latest release focuses on improving structure characterisation, analytical data management, and data sharing with third-party applications.
Andrew Anderson, Vice President of Innovation and Informatics Strategy at ACD/Labs, expressed their commitment to anticipating the R&D community’s needs. This release aims to streamline scientists’ workflows, reduce repetitive tasks, and maximise the value of analytical data.
The v2023 software update brings several advancements:
In the realm of NMR (Nuclear Magnetic Resonance), an updated PubChem library provides quicker structure identification, support for external standard quantitative NMR studies, improved reporting for complex projects, and expedited computer-assisted structure elucidation (CASE).
For Mass Spectrometry (MS), it introduces a display of all relevant information in mass spectral searches, an expanded range of quantitation options, and greater ease and flexibility in peak naming. Chromatography support is also enhanced, now including Agilent’s OpenLab, along with improved capabilities to ease method transfer between instruments and laboratories.
Moreover, v2023 improves data management by allowing scientists to review, compare, and edit analytical results across multiple experiments. It also offers expanded search options and enhanced record set management. To meet the needs of data scientists, this release expands data export capabilities, enabling the export of NMR and xC/UV/MS data to the interoperable and machine-readable JSON format. This announcement follows the recent release of v2023 Percepta software and foreshadows further expansions in the Spectrus JS portfolio later this quarter. More information online:
ilmt.co/PL/ymwG
61196pr@reply-direct.com
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