Forgewright
AI vision defect detection — escape rate cut from 0.6% to 0.04%
Food & Beverage2024Georgia, USA

AI vision defect detection — escape rate cut from 0.6% to 0.04%

Replaced rule-based blob analysis with a deep-learning model for label crease, low-fill, and cap-tilt defects on PET bottles.

Client
Confidential — Beverage Co-Packer
Location
Georgia, USA
Capabilities
Machine Vision · Process Engineering
0.04%
Customer escape rate
+9%
OEE points gained
<200 ms
Per-bottle decision time

The challenge

Customer returns drove a 0.6% escape rate that translated to roughly $480k of credits per year. The legacy vision system caught obvious low-fills but missed label creases and subtle cap tilts that customers flagged.

What we built

We trained a Keyence VS-L deep-learning model on 12,000 customer-labeled images across the three defect classes, mounted a six-camera array around the line at 300 bpm, and integrated a single-station pusher reject. Cycle time held under 200 ms per bottle.

Key equipment

  • Keyence VS-L Deep Learning
  • Basler ace 2 cameras ×6
  • Pneumatic reject pusher
  • Cognex DataMan barcode validator

From the floor

Illustrative image — representative of project scope; customer-identifying details have been removed.

AI vision defect detection — escape rate cut from 0.6% to 0.04% — 1
AI vision defect detection — escape rate cut from 0.6% to 0.04% — 2
AI vision defect detection — escape rate cut from 0.6% to 0.04% — 3

Results

Escape rate is now 0.04% in the first six months, customer credits dropped accordingly, and the line gained 9 OEE points from reduced unplanned stops for false rejects.

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