Present a credible, well-researched concept for an AI-based 360° inspection system for injectable glass vials — covering cosmetic defects, particle contamination, fill level, cap/crimp/closure integrity, and colour variation — that convinces reviewers your team understands the problem deeply enough to propose a technically sound and regulation-aware architecture. It's a concept pitch, not a working prototype demo.
Present a credible, well-researched concept for an AI-based 360° inspection system for injectable glass vials — covering cosmetic defects, particle contamination, fill level, cap/crimp/closure integrity, and colour variation — that convinces reviewers your team understands the problem deeply enough to propose a technically sound and regulation-aware architecture. It's a concept pitch, not a working prototype demo.
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This document outlines a comprehensive approach to vial inspection, emphasizing a risk-based methodology that utilizes a single platform with multiple validated modalities. It highlights the importance of addressing various defects through optical diversity, acknowledging that no single imaging technique can detect all issues. Additionally, it discusses the mechanical concept that ensures complete and repeatable coverage through controlled motion and calibrated imaging, utilizing indexed vial...