Expanding Human Vision
We make the invisible visible and turn hidden information into actionable insights for inspection.
See RGB+ in Action
Go beyond conventional color imaging and reveal material, quality and process information invisible to RGB cameras.
What makes Cubert different?
From Spectral Image to decision
Our imaging technology and software work together to turn spectral information into usable inspection results.
We Are Cubert
Since 2012, Cubert has been pioneering snapshot hyperspectral imaging.
We recognize the vast potential of our technology to reveal information beyond conventional imaging.
Our goal is to explore these possibilities together with our customers and turn them into practical, scalable solutions for industrial use.
The Technology behind Our Solutions
Our snapshot hyperspectral cameras form the imaging foundation for industrial inspection, scientific imaging and specialized applications.
How RGB+ sees more
Cubert is revolutionizing hyperspectral imaging with cutting-edge snapshot technology that enables real-time spectral data capture. Our cameras capture the entire scene in a single moment, offering a unique combination of speed, flexibility, and precision. With our solutions, you can analyze spectral information live and at video rates — ideal for applications in research, industry, and beyond.
Our hyperspectral imaging technology extends imaging far beyond the visible spectrum. Using light field technology, both the intensity and direction of light are recorded, allowing for advanced post-processing such as refocusing. This provides comprehensive spectral data for each pixel, elevating your applications to a new level. We are committed to true video spectroscopy, seamlessly integrating spectral and spatial data in real-time, opening entirely new possibilities in imaging.
SPECTRAL IMAGING FOR YOUR APPLICATION
Our focus is industrial spectral inspection. Our technology also supports demanding scientific and specialized imaging applications.
MACHINE VISION
Identify materials, detect foreign objects and assess product quality with spectral information beyond conventional color imaging.
MEDICAL
Explore tissue characteristics and biological processes with hyperspectral imaging for biomedical research and the development of medical applications.
REMOTE SENSING
Study vegetation, soil and surface materials with hyperspectral data for agriculture, environmental monitoring and field research.
DEFENSE
Distinguish materials and reveal spectral differences in complex scenes to support reconnaissance, monitoring and security applications.
