Event
Beginning: 10/01/26
Location: Online
As high-throughput experimentation continues to accelerate across fermentation, formulation, and process development, laboratories need analytical tools that can keep pace with growing sample volumes. In this webinar, we'll demonstrate how the PoliSpectra® Rapid Raman Plate Reader (RPR) combines rapid, label-free Raman analysis with multivariate modeling to deliver fast, chemically specific screening in a standardized multiwell plate format.
Using a yeast fermentation study as a real-world example, we'll show how RPR can distinguish and quantify sugars, monitor substrate consumption and ethanol production, and evaluate the impact of sample turbidity on model performance. We'll also highlight how RPR integrates with liquid handlers and robotic systems to automate sample preparation, plate handling, and Raman analysis.
Discover how combining rapid Raman measurements with laboratory automation can help researchers streamline workflows, reduce manual effort, and scale from individual experiments to hands-off screening of hundreds or thousands of samples.
What You'll Learn
1. How RPR and multivariate analysis support rapid fermentation monitoring.
2. Approaches for handling turbidity and matrix effects in Raman workflows.
3. How to integrate RPR with liquid handling and robotic automation platforms.
4. How to scale Raman screening from routine studies to high-throughput workflows.
Who Should Attend
• Fermentation, bioprocess, and process development scientists.
• Analytical scientists using Raman spectroscopy or chemometric methods.
• Laboratory automation specialists and workflow engineers.
• Researchers in biotechnology, pharmaceuticals, food & beverage, and formulation development.
