A surface defect is cheapest to catch while the product is still one piece. This system inspects the top and both side surfaces as the panel travels toward the cutting station, so a defective piece is identified before the cut rather than discovered in the yard.
It pairs a 2D camera array with thermal imaging, because the two see different things. Visible cracks show up in 2D. Low contrast and hidden defects show up as temperature differences. Both sit behind a dust protected enclosure, because a concrete plant will coat an unprotected lens within a shift.
DETECTION SCOPE
The system targets defects visible to the human eye. The smallest size that can be resolved depends on the camera, lens and working distance selected during scoping, and is confirmed by testing against your actual product samples.
HOW IT WORKS
Two imaging modes cover two different failure signatures. The third part exists because the first two are useless once the glass is dusty.
Detects visible surface defects and captures the image for the record. The model learns the different defect types and copes with the variation in surface appearance that comes with a concrete product.
In scopeDetects the temperature variation caused by hidden or low contrast defects, identifying cracks and abnormalities that do not present under normal lighting.
In scopeAn enclosed cover with protective transparent glass and a continuous air blower keeps dust off the glass, so detection stays stable across a full shift instead of degrading through it.
In scopeCOVERAGE
Diagram is a schematic of a single inspection station, drawn end on. It shows which surfaces are covered, not a fabrication drawing.
WHAT A DEPLOYMENT INCLUDES
imaging modes, 2D vision and thermal
surfaces inspected, top plus left and right
inspection station, positioned before the cutter