Chromservis manufactures three variants of high quality columns utilising innovative particle technology for faster and more efficient (U)HPLC separations across a wide variety of applications. www.arionchromatography.com

About the webinar: Generating reliable, scale-predictive reaction profiles in an automated manner is often constrained by material availability, sampling accuracy, and reactor mixing artifacts. We present ReactALL, a five-reactor platform (5 mL each) with overhead agitation and integrated sampling, enabling reproducible, high-resolution time-course data. Evaluated across industrially relevant reactions, ReactALL produced datasets consistent with conventional laboratory reactors while reducing material use by more than tenfold. These data offered actionable insights into reaction kinetics, supported predictive modeling, accelerated process optimization, and informed decision-making.

This video training will cover key operational techniques: 1. How to program an experiment 2. How to do the tuning 3. Analysis of results 4. Additional features: feedback control and multi-analysis This comprehensive training is ideal for users to maximize proficiency with the Crystal16 instrument in their solubility studies.

In this visionCATS HPTLC software tutorial, we will guide you through performing an Impurity Test on peak profiles to identify deviations in your chromatogram.

In this visionCATS HPTLC software tutorial, we will explore the System Logger, which records application-wide actions.

In this visionCATS HPTLC software tutorial, we will explore the HPTLC Logger, which tracks changes made directly to methods, analyses, and comparison files.

In this webinar, will present the latest features introduced in visionCATS 4.2, with a particular focus on the new Peaks Analysis and Classification tools. Participants will learn how to configure and fine-tune the analysis parameters for optimal interpretation results and how these new functionalities can be applied in practice using real example datasets. The webinar will also include a step-by-step workflow demonstrating how to seamlessly integrate these tools into routine HPTLC evaluation.

The New Standard for Automated HPTLC Development The CAMAG Automatic Development Chamber 3 (ADC 3) continues the proven reliability of its predecessor in High-Performance Thin-Layer Chromatography (HPTLC), offering consistent, fully automated plate development to support reproducibility and data integrity. Designed for 20 x 10 cm HPTLC plates, the ADC 3 features an integrated Twin Trough Chamber that ensures stable analytical conditions and minimizes variability. It offers full flexibility in solvent selection and development parameters, supporting a wide range of applications. All critical steps – saturation, activation, pre-conditioning, development, and drying – are fully automated to eliminate environmental influences and deliver reproducible results. The built-in humidity control enables chromatography at defined layer activity, essential for robust method development and for evaluating humidity effects. Seamless integration with visionCATS software ensures compliance with cGMP/GLP and 21 CFR Part 11, making the ADC 3 a reliable choice for regulated laboratories that demand precision, traceability, and efficiency.

In this visionCATS HPTLC software tutorial, you will learn how to perform an Impurity Test on image tracks, allowing you to efficiently identify and evaluate deviations within your chromatogram.