Toa Optics is developing an innovative fluorescence-based diagnostic device for the rapid identification of bacterial species without the need for reagents.

Our system measures the broad-spectrum autofluorescence emitted by bacteria and applies advanced machine-learning algorithms to analyze their spectral signatures.

The project is currently in the prototype development stage.

We are actively seeking research and clinical partners to collaborate on system validation, optimization, and application studies.

By combining advanced optical engineering with clinical insights, Toa Optics aims to create a practical and transformative solution for point-of-care infection diagnostics.