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AI-Based Lubricant Bottle Inspection

Automated verification of cap, seal, label, fill level, and batch code on a production conveyor. An AI-enabled inspection solution combining controlled image capture, automated decisions, and traceable quality records.

Industry & Domain

FMCG Packaging

Primary AI

Computer Vision

Use Case

Packaging Inspection & Defect Rejection

Architecture Tech Stack

Edge IPC, Area-scan Cameras, Deep-learning Models, PLC Integration

Business Challenge

High-speed lubricant packaging lines require consistent checks for missing or incorrect caps, damaged seals, and low fill levels.

Manual inspection cannot reliably review every single bottle at production speed without causing bottlenecks or allowing defects to slip through to the customer.

Furthermore, quality control teams need concrete image evidence, immediate exception handling, and batch-wise traceability for corrective action. The overarching goal was to completely automate the inspection with consistent decisions and traceable records.

The Solution & Workflow

A clear operational flow combining automated inspection, configurable decisions, and accountable human oversight.

01

Bottle Trigger & Imaging

Industrial area-scan cameras and strobed, controlled lighting are installed at critical inspection stations along the conveyor belt. When a bottle passes the trigger point, a high-resolution image is instantly captured without slowing the line.

02

AI / Vision Checks

Deep-learning computer vision models instantly detect bottle presence, orientation, cap fitment, seal integrity, and visible packaging defects. The AI also measures fill levels and verifies label positions, artwork, barcodes, and batch/date codes.

03

PLC Integration & Rejection

Confidence and tolerance workflow rules determine the immediate next action. If a defect is detected, the Edge IPC sends a signal to a PLC-integrated pneumatic rejector which swiftly kicks the bad bottle off the line.

04

Defect Analytics & Insights

The system stores inspection images, exact defect reasons, production line data, product SKUs, and timestamps. This data is fed into a recipe management and production dashboard for continuous quality monitoring.

System Architecture

Representative Solution Architecture

A modular edge-AI architecture connects industrial imaging with real-time decisions, automation and quality reporting.

Vision Industrial area-scan cameras and strobed lighting
Edge AI Edge industrial PC with AI inference
Decision Computer vision / deep-learning models
Automation PLC integration and pneumatic rejector
Insights Recipe management and production dashboard

Business Value

The automated inspection solution transformed the packaging line's reliability and operational throughput.

Consistent Inspection

Enables 100% consistent inspection at maximum conveyor speed, drastically shortening the time between defect capture and operational action.

Faster Defect Removal

Guarantees the immediate removal of packaging defects through highly-responsive, PLC-integrated pneumatic rejection systems.

Improved Traceability

Creates structured, searchable records and dashboards for reporting, audit, and follow-up by exact defect category and SKU.

Reduced Dependence

Eliminates the bottleneck of manual checking, allowing quality teams to focus purely on exceptions, verification, and process improvement.

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