Inspection 3D de surface en verre — Détection de défauts par IA
Glass inspection is a known nightmare. Reflections confuse 2D cameras, transparent defects disappear in flat images. The only reliable answer is 3D scanning combined with deep learning.
We use SmartRay ECCO 3D sensors to capture sub-micron depth profiles. Each defect appears as a characteristic pattern in the 3D data. Retina AI classifies them in real time at production speed.
Defect types detected
Surface scratches down to 5-10 micrometres depth
Chipping and edge damage on cover glass and sapphires
Pitting and bubbles in container and pharmaceutical glass
Coating defects on anti-reflective and hydrophobic coatings
Glass inspection is a known nightmare. Reflections confuse 2D cameras, transparent defects disappear in flat images. The only reliable answer is 3D scanning combined with deep learning.
We use SmartRay ECCO 3D sensors to capture sub-micron depth profiles. Each defect appears as a characteristic pattern in the 3D data. Retina AI classifies them in real time at production speed.
Defect types detected
Surface scratches down to 5-10 micrometres depth
Chipping and edge damage on cover glass and sapphires
Pitting and bubbles in container and pharmaceutical glass
Coating defects on anti-reflective and hydrophobic coatings
Glass inspection is a known nightmare. Reflections confuse 2D cameras, transparent defects disappear in flat images. The only reliable answer is 3D scanning combined with deep learning.
We use SmartRay ECCO 3D sensors to capture sub-micron depth profiles. Each defect appears as a characteristic pattern in the 3D data. Retina AI classifies them in real time at production speed.
Defect types detected
Surface scratches down to 5-10 micrometres depth
Chipping and edge damage on cover glass and sapphires
Pitting and bubbles in container and pharmaceutical glass
Coating defects on anti-reflective and hydrophobic coatings
