Webinar
on
Multimodal Fiber-Optic Spectroscopy:
Bridging
the Gap from Lab to Real-Time Process Control
Alexander Novikov, art photonics
11th June 2026 at 2pm
EDT, 7pm (UK time
As the industry shifts from batch
to continuous manufacturing, the demand for high-fidelity, real-time media
analysis has never been greater. This webinar explores how multimodal
fiber-optic spectroscopy provides a "total-process" view by integrating
multiple analytical techniques into a single, robust interface. We will
showcase latest advancements in probe technology engineered to thrive in harsh
industrial environments - including extreme temperatures (up to +300°C), high
pressures (up to 200 Bar), and exposure to aggressive chemicals.
The core of the presentation
focuses on the design and implementation of Combi-Probes, with a deep dive into
the pharma-oriented NIRaman system. Using case studies, we will demonstrate how
the synergy between spectral methods with data fusion reduces prediction errors
and enhances sensitivity compared to single-modality methods. Furthermore, we
will provide a comparative analysis of Raman and Mid-IR methods, identifying
which technique excels in specific process environments. To conclude, we will
illustrate the versatility of various spectroscopic tools through brief
application highlights across the polymer, chemical, and food industries.
This webinar will last no longer than one hour.
The webinar is for CPACT members only.
Please register directly at https://universityofstrathclyde.webex.com/weblink/register/r37dcb44f89418500c7487fcce6fa5c51