Industries
The same measurement problem, eight different names for it
Every sector below runs liquid chemistry it cannot see in real time. What changes is the decision the blindness blocks — a batch release, a feed rate, a polymorph, a shipment of incoming raw material.
Pick your sector
Pharmaceutical
PAT, continuous manufacturing, API concentration and release testing.
See the detailSpecialty chemicals
Reaction endpoints, selectivity and scale-up on high-value chemistry.
See the detailPetrochemicals
Continuous streams, blend verification and classified areas.
See the detailFood & beverage
Incoming goods control, blending and the batches a sensory panel currently judges.
See the detailCosmetics & personal care
Emulsions, homogeneity endpoints and ingredient incorporation.
See the detailSemiconductor
Wet chemistry bath concentration and purity measurement environments.
See the detailAcademic research
Kinetics, ultrafast measurement and instruments a group can actually run.
See the detailPhotonics OEM
Designing a comb or an ultrafast source into your own instrument.
See the detailWhat is the same everywhere
The instrument is a 0.1 mL transmission flow cell that plumbs into a recirculation loop or a representative side stream with hand-tight fittings. It reads 900–3500 cm⁻¹ every second, at a 20 µm path as standard, and it converts that spectrum into the concentrations you asked for using a chemometric model built for your chemistry.
What differs by sector is not the physics. It is which decision the measurement unblocks, what the regulator or the customer requires as evidence, and what the stream does to the flow path.
Tell us the measurement you cannot make today
Describe the stream, the chemistry and the decision it blocks. Where it makes sense we test the technology on your own process samples before you commit.