FREE WEBINAR: Mastering Charged Aerosol Detection (CAD): Understand, Optimize and Troubleshoot
This technical webinar provides an in-depth overview of Charged Aerosol Detection (CAD) and its application in modern liquid chromatography. The session presents the fundamental principles and underlying technology of the Charged Aerosol Detector, delivered by our experts. The focus is on practical, method-oriented aspects such as parameter optimization, selection of appropriate settings, and the impact of mobile phases and system conditions on detector performance. In addition, established best practices for routine CAD operation will be discussed. A key component of the webinar is structured troubleshooting, addressing common challenges such as signal instability, sensitivity limitations, and reproducibility issues, along with practical strategies for identifying root causes and implementing effective solutions. The webinar concludes with an interactive question-and-answer session, allowing participants to discuss specific technical questions directly with our experts. The goal is to enable users to operate CAD systems efficiently, robustly, and with high reproducibility.
Learning Points:
- In-depth technical understanding of CAD technology and critical system parameters
- Practical approaches for optimizing CAD methods based on mobile phase composition and application requirements
- Structured troubleshooting strategies for common CAD performance issues
Who should attend?
- Analytical laboratory professionals in QC and R&D using CAD systems
- Chromatography specialists involved in method development and optimization
- Technically oriented users seeking to deepen their expertise in CAD
If you are unable to attend this webinar, please register anyway to receive the link to the webinar recording the following day.
Speakers:
Dr. Thomas Jakoby-Gregorius
Teamleader Application Specialists / IC, LC & Sample Preparation, Thermo Fisher Scientific
Gerhard Treitz
Application Specialist HPLC, Switzerland, Thermo Fisher Scientific
Dr. Philip Pirkwieser
Field Application Scientist LC & TEA Österreich, Thermo Fisher Scientific