A molecular fingerprint, in real time
The technique measures the chemical composition, concentration and molecular structure of substances in real time, whether in-process or in the lab: a laser illuminates the sample, the analyzer detects the resulting energy shift, and the system builds a "molecular fingerprint" of the substance. It has applications across the chemical industry, pharmaceuticals, biotechnology, the food industry, and oil and gas — anywhere knowing exactly what a substance is, as it flows, matters.
Turning a precise instrument into a usable tool
Our focus is the development of the system's control software — the layer that turns a sophisticated optical instrument into something operators can reliably run, day in and day out, without needing to be spectroscopy experts themselves. It is built with Angular and TypeScript on the front end and C# and Python behind it.
