Questions & answers.

Structured-illumination optical instruments for real-time analysis of complex industrial liquids — color, UV-Vis absorbance and particle properties — measured directly in or close to the process, rather than in an offline lab.

It adds a known spatial pattern into the light used for a measurement. Light that has been multiply scattered by a turbid liquid loses that pattern; useful, singly-scattered signal keeps it. Decoding the pattern at detection lets us separate true absorption from scattering.

Instant Clarity™ is the turbidity/scattering correction layer built on Structured Illumination — it produces a cleaner optical signal. Spec-AI™ is the model layer on top of that, turning the corrected optical signal into a process value such as a color index, a proxy concentration, or a particle metric — using a physics-based, data-driven or hybrid model depending on what the application calls for.

Send us a real sample from your process. We test it on the relevant platform, compare it against the appropriate reference method, and return an assessment of what can be measured, which product path fits, and what the next validation step should be.

Yes — book a technical demo any time. Sending a sample is the fastest way to get a result specific to your liquid, but a demo is a good starting point if you’d rather see the platform first.

Both direct engagement and integrator partnerships are supported depending on the application — get in touch and we’ll point you the right way.

No. Depending on the application, a product may run inline, online (side-stream), at-line or in the laboratory. Each product page covers its own connectivity and deployment options.

Every configuration is benchmarked against an independent reference method on real samples, agreement is reported with standard statistical measures, the result is documented against a specific matrix and configuration, and application-specific models are re-checked as the process changes. See the validation section on the Technology page for the full framework.

Not as a standalone page — there isn’t yet enough independent validation data to justify one. CIP still appears as a real use case on the Food & Beverage application page.

Not exclusively — IC-VIS™ supports both direct absorbance/color measurement and reagent-based method workflows, depending on the method loaded. It’s flexible rather than reagent-free by design.

Choose a method in the Method Library, review its details and calibration, accept the terms, then scan the QR code shown on screen with the device. See the Method Library page for the full flow.

10 mm square cuvettes, and 13 mm and 16 mm round cuvettes.