Automatic Fabric Camera Inspection System (New)

Automatic Fabric Camera Inspection System - FAQs

Q: How accurate is the AI-powered fabric inspection system compared to manual inspection?

A: The system boasts over 85% accuracy in detecting fabric flaws. This surpasses the capabilities of traditional manual inspection methods, which are prone to human error and inconsistencies.

Q: What types of defects can the AI system detect?

A: The AI is trained on a large dataset of fabric examples and can identify even subtle flaws.

1) Weaving defects：Broken warp and weft\Skipped yarn\Missing needles\Mismatched patterns\Uneven tightness.

2) Dyeing and finishing defects: Color difference\Color spots\Poor printing\Watermark\Uneven dyeing.

3) Physical damage: Scratches\Creases\Holes\Pilling\Snagging.

4) Processing defects: Shrinkage\Poor bonding\Uneven joints\Edge defects.

5) Chemical treatment issues: Residual chemicals\Corrosion.

6) Other defects.

Foreign matter inclusion: Non-fibrous impurities (such as paper scraps, hair, metal fragments, etc.) are mixed into the fabric.

Deformation: Changes in the shape of the fabric due to improper handling or poor storage conditions.

Q: How does the AI system integrate with existing factory software?

A: The ST-THINKOR system seamlessly integrates with existing ERP/MES software. This integration optimizes cutting processes and improves overall production performance by providing immediate data on detected defects.

Q: What kind of reporting does the system provide?

A: The system generates detailed defect reports, including the type of defect, its severity score, precise coordinates, and its location visualized on a defect map. This information allows for targeted interventions and quality improvements.

• AI Inspection: Automatically detect defects at 40-60m/min.