Advanced Optical Measurement Systems for Coated Glass and Films

Rura Optical Systems develops advanced optical measurement solutions for the accurate characterization of coated glass, structured glass, plastics and films. Our systems support high-accuracy reflection and transmission measurements and cover the complete workflow from coating development and process optimization to industrial quality control.

In addition to standard measurement systems, we develop customized configurations tailored to specific sample sizes, optical geometries and spectral requirements. The high accuracy and repeatability of our measurements make the data suitable not only for quality control, but also for optical analysis and modelling of coating structures.

Coated glass for optical transmission and reflection measurements

Our Measurement Systems

PhotonMetra T-Series

Table-Top Integrating-Sphere Spectrophotometer

High-accuracy reflection and transmission measurements for flat, coated, textured and structured glass and films. Configurable for R&D, process development and production quality control.

PhotonMetra P100

Portable First-Surface Reflectance & Thin Film Analyzer

Portable first-surface and total-reflectance measurement for coated glass and transparent substrates. Designed for laboratory measurements, coating development and production spot checks.

Built Around Your Application

Accurate Measurements
Reliable reflection and transmission data for coating development, process optimization and production quality control.

Customized Solutions
Measurement geometry, spectral range and sample handling can be adapted to the specific application and customer requirements.

Scalable Systems
Measurement solutions ranging from laboratory samples to larger glass panels, with configurations matched to the required sample size and measurement task.

From Laboratory to Production
Systems designed to support R&D, coating development, process optimization and industrial quality assurance.

Modelling-Ready Data
Measured optical data can be combined with optical modelling for deeper analysis of coating structures and performance.