Every surface tells a story — and solino is designed to read it with precision, clarity, and depth.
At the heart of solino is a powerful computational imaging approach. By precisely controlling how light interacts with a surface, solino captures the object’s optical fingerprint. Inside the system, 64 high-intensity LEDs illuminate the object from different directions, while a high-resolution 20 megapixel camera records each lighting angle individually.
The result is a multidimensional reflection map that provides far more than a visual image. Rather than simply showing how a surface looks, solino reveals how it reacts to light. By analyzing these reflection patterns — known as BRDF profiles — solino detects microscopic imperfections, roughness, contamination, and other anomalies that may remain invisible to the human eye and standard camera systems.
To support fast evaluation, the solino software allows users to explore captured data in real time via an intuitive interface and simple batch processing. In addition, the unique solino anomaly map can be integrated into machine learning workflows and processed with AI-supported algorithms for automated classification and error prediction.
Plug-and-play, contact-free, and robust against ambient light, solino is suited for both laboratory use and process integration. From aerospace and medical technology to wafer and semiconductor applications, solino delivers reliable surface understanding where quality and precision matter most.
Vision beyond the visible
https://opto-gmbh.com/en/microscopy/solino/
At the heart of solino is a powerful computational imaging approach. By precisely controlling how light interacts with a surface, solino captures the object’s optical fingerprint. Inside the system, 64 high-intensity LEDs illuminate the object from different directions, while a high-resolution 20 megapixel camera records each lighting angle individually.
The result is a multidimensional reflection map that provides far more than a visual image. Rather than simply showing how a surface looks, solino reveals how it reacts to light. By analyzing these reflection patterns — known as BRDF profiles — solino detects microscopic imperfections, roughness, contamination, and other anomalies that may remain invisible to the human eye and standard camera systems.
To support fast evaluation, the solino software allows users to explore captured data in real time via an intuitive interface and simple batch processing. In addition, the unique solino anomaly map can be integrated into machine learning workflows and processed with AI-supported algorithms for automated classification and error prediction.
Plug-and-play, contact-free, and robust against ambient light, solino is suited for both laboratory use and process integration. From aerospace and medical technology to wafer and semiconductor applications, solino delivers reliable surface understanding where quality and precision matter most.
Vision beyond the visible
https://opto-gmbh.com/en/microscopy/solino/
