How USG Empowers its Manufacturing Workforce with Visual AI
See how a building materials manufacturer prevents downtime and puts Vision AI in operators' hands.
Add a real-time inspection layer to the shingle web with vision AI for roofing manufacturing inspection. Built for the lines where the web moves faster than anyone can watch it, where a granule dispenser drifts slowly enough that nobody notices until two pallets sit side by side, and where the defect that matters most is bare asphalt that will not become a problem until a roof has been through three summers. Whether you're running laminated architectural shingles, three-tab, or roll and underlayment products, Roboflow inspects every foot at line rate, with a record that follows the bundle.
Granule Coverage and Color:
Cut, Lamination, and Sealant:
Bundles, Trending, and Records:
Bring intelligence to every foot today. Stop a bare spot from becoming a warranty claim, a drifting dispenser from becoming a color-match return, or an off-spec run from becoming a pallet nobody can sell.
What is roofing manufacturing inspection with Vision AI?
Roofing manufacturing inspection with vision AI uses computer vision models to inspect the shingle web continuously as it runs, catching the conditions that determine whether a product performs and whether it looks right on a roof: granule coverage and bare spots, color streaking and blend drift, cut and tab geometry, laminate alignment and adhesive coverage, sealant strip and release tape placement, and bundle condition at the finishing end. Models trained on your own products learn your granule blends and profiles rather than a generic reference, and every flag carries the frame and the position on the web behind it. The result is continuous coverage across the full web width rather than a sample check, and a per-bundle record that ties a finding to a production lot.
Does this support ASTM D3462 and product approval programs?
It supports them. ASTM D3462 compliance, wind classification under D3161 and D7158, and fire ratings under UL 790 and ASTM E108 all rest on laboratory testing of sampled product to defined methods, and ICC-ES and state product approvals are built on that testing. No in-line inspection substitutes for it. What continuous inspection does is give you evidence that the product behind an approval was made the way the tested samples were made: documented granule coverage across full production rather than at sample points, sealant placement records on the lots shipped to a hurricane zone, and defect trending that shows a process under control. When a claim or an approval question arrives, that record is the difference between a defensible answer and a reconstruction. Your quality organization owns the testing, the approvals, and the acceptance criteria.
Can it integrate with our MES and line controls?
Yes. Web position, defect classes, coverage measurements, and color readings push into MES and quality systems like SAP, Ignition, Wonderware, and AVEVA through REST, MQTT, OPC UA, and direct database writes, tied to the production lot and bundle so a finding follows the product. At the line level, results can drive PLC logic to mark, divert, or downgrade off-spec footage before it reaches bundling, and coverage trends can feed back toward dispenser control so a drift gets corrected rather than logged. Imagery writes to a historian for warranty investigation and product approval documentation, and inference can run on-prem, which is the usual requirement in plants where the line network does not reach the internet.
