San Francisco, California – January 17–18, 2026 – Triad Light Innovation (TLI) is proud to announce our participation at SPIE Photonics West BiOS 2026, one of the world‘s leading conferences for photonics and biomedical optics.
📍 Join Our Presentation
TLI will present at the Multimodal Biomedical Imaging XXI conference, unveiling our next-generation programmable multimodal microscopy platform designed to transform cellular imaging.
Title: Programmable Multimodal Microscopy for Quantitative Phase Imaging and Auto-Labeling in Cellular Imaging
Paper Number: 13841-1
Date & Time: 17 January 2026, 8:00 AM – 8:20 AM PST
Location: Moscone Center, San Francisco (Session 1: Multimodal Microscopy)
This pioneering system integrates programmable optics to deliver real-time imaging across BF, DF, PC, DIC, and QPI — without the need for mechanical switching. Beyond multimodal imaging, it introduces an auto-labeling framework that enhances accuracy by fusing morphological and structural information. Together, these innovations enable precise, automated, and reproducible workflows, opening new possibilities in cell culture monitoring, drug discovery, and cell therapy research.
🤝 Connect With Us
Although TLI will not host a booth this year, our team will be on site January 17–18, 2026 to meet with researchers, industry professionals, and collaborators. We welcome discussions on the latest advances in optical engineering and opportunities for research partnerships.
🌟 Featured Innovation
Cell Imager – A programmable multimodal imaging platform for automated, high-precision cellular analysis. It enables real-time, label-free observation and data fusion for cell culture and cell therapy research.
TLI-HMM – Our flagship PCIe acquisition and control card, providing the speed, synchronization, and real-time processing essential for next-generation microscopes such as multiphoton and light-sheet systems.
Join us at SPIE Photonics West BiOS 2026 and discover how Triad Light Innovation is advancing biomedical imaging with next-generation programmable optics.
👉 Click here to view our presentation details