Scientific Instrument Webinars and Online Training

This session will cover the Resolution Equation and how to apply the theory in practice. You will learn how to optimize your LC system to improve efficiency and get the most out advances in silica particles including superficially porous particles

This session will look at the advances in detectors and the choices available. Concentrating on how modern advances in detectors can lead to improvements in your data.

This session will continue to look into UHPLC and a further study on gradient UHPLC.

This session will start our guide to advances in software.

This session will complete our guide to advances in software, and concludes this series of webinars.

Analysis of the chemical components of fuels is critical to ensuring their quality, combustion characteristics, and compliance with environmental regulations. This webinar will provide a background on the common industry test methods for fuels, the challenges associated with long-standing techniques, and explore Shimadzu’s HPLC-based solutions for the energy industry.

This series is perfect for anyone currently using Preparative LC, who'd like to understand more, as well as those new to the technique or eager to learn more.

The objective of this webinar is to guide LC users on LC column care & troubleshooting. Audience will learn about ways to maintain LC column performance and prolong column lifetime. Guidance to troubleshoot issues caused by LC column will be share in this webinar.

This first session will be on Method Screening, which includes looking at the key method development considerations and also applying Shimadzu's Method Scouting software. This software allows for multiple mobile phases and stationary phases to be screened to find the optimal conditions to take onto Method Optimization.

This second session will be on Method Optimization. This includes looking at the effect of retention modelling, via a manual approach and using ACD Labs state of the art software, LC Simulator.

This third session will cover: how to overcome data changes, look at logical approaches to rectify changes within LC data, instrumentation, human, and column issues and errors

This first session will cover: what is LC purification and how do you get the most out of the technique, how much sample can you expect to purify, up-scaling basics, recycling and concentration. This series is perfect for anyone currently using Preparative LC, who'd like to understand more, as well as those new to the technique or eager to learn more.

This second session will cover: Differences between Semi-micro and Analytical Scale Prep, Principles of the techniques, Things to consider in semi-micro and analytical scale purification, Instrumentation and software advantages. This series is perfect for anyone currently using Preparative LC, who'd like to understand more, as well as those new to the technique or eager to learn more.

This session will cover: Principles, common issues and tips and tricks of Semi-Preparative Chromatography, UFPLC – Ultra Fast Preparative and Purification LC, Semi-preparative SFC Scale purification. This series is perfect for anyone currently using Preparative LC, who'd like to understand more, as well as those new to the technique or eager to learn more.

This first session will cover the Fundamentals of Liquid Chromatography.

This second session will cover Types of LC Separations as well as what can effect the separation of compounds.

This third session will cover the process of separation and introduce terms such as peak efficiency, retention, selectivity and resolution.

This fourth session will cover the Resolution Equation and how to apply the theory in practice. You will learn how to optimize your LC system to improve efficiency and get the most out advances in silica particles including superficially porous particles

This fifth session will conclude the introduction to liquid chromatography series, by providing an overview of what we have learned over previous sessions. You will recap the key concepts from the previous sessions and ready ourselves for moving onto the advances in liquid chromatography series.

As one of the most prominent innovators in LC technology, Shimadzu has set the New Benchmark in the LC innovation by developing the very first AI-enabled LC system, which allows Chemists to spend less time operating, and handling the instrument, as the instrument with its in-built Analytical Intelligence algorithm enables the system of performing automation workflow. The ultimate objective is to achieve minimized system downtime, optimize efficiency & maximize productivity, through the New Benchmarks in Intelligence, Efficiency and Design.

This webinar gives you an introduction on fully automated pre-column derivatization of the amino acids and microwave digestion method which were adopted to further speed up and increase the analysis efficiency. A Shimadzu Nexera LC-40X3 with photodiode array (PDA) and fluorescence (RF) detectors were employed for the analysis. The Nexera LC-40X3 equipped with automated pre-treatment function allows several derivatization reagents to be aspirated sequentially from multiple vials and mixing within the needle and the sample loop. Microwave digestion procedure was employed to carry out both acid and alkaline hydrolysis in less than 30 minutes, which is much faster in comparison to the conventional hydrolysis up to 24 hours. Fluorescent (RF) detection was used for high sensitivity analysis (nM), while UV detection was compared, which shows its applicability for µM level quantitation of amino acids.

This session will cover: The Differences between Semi-micro and Analytical Scale Prep, Things to consider in semi-micro and analytical scale purification, Instrumentation and software advantages

This session will cover: Principles, common issues and tips and tricks of Semi-Preparative Chromatography, UFPLC - Ultra Fast Preparative and Purification LC, Semi-preparative SFC Scale Purification

The advantages of consuming supercritical fluid chromatography are indisputable. SFC can provide sweet improvements in many aspects of challenging separations and chromatographic efficiency. However, SFC systems, both analytical and preparative, have historically been beset with nearly as many sour traits often leaving a bitter first impression. Finally, scientists were able to make their taste buds heard and have addressed these deficiencies through a collaborative development recipe. What has been cooked up is a paradigm shift in comprehensive SFC workflows utilizing state-of-the art technology. Consequently, these advances in SFC technology have enabled the implementation of SFC into the labs of both well-seasoned and less-seasoned scientists who have been awaiting innovative solutions to longstanding problems. The Nexera UC series of supercritical fluid chromatography instrumentation brings SFC to the mainstream consumer, and erases the tepid perceptions espoused by legacy stale technology.