Cut defects by 60% for a precision engine parts manufacturer
Delivered an AI vision inspection system for dual-bore components, tightly integrated with MES + SCADA for automated quality control.
Manufacturing (precision machining, engine components) Case Study
THE CHALLENGE
What was holding them back
Operational pain
Manual dual-bore inspections were slow and inconsistent.
Business risk
Higher defect escape risk threatened quality standards and rework costs.
Why tools failed
Sampling and manual checks could not scale with dual-bore complexity.
CLIENT SNAPSHOT
About the client
THE SOLUTION
Our Manufacturing (precision machining, engine components) Solution
AI Vision Inspection for Dual-Bore Parts
- Automated defect detection with consistent pass/fail decisions.
- Image-based evidence captured per part for verification.
MES-Triggered Quality Workflow Automation
- Vision events automatically create/route MES work orders (hold, rework, accept).
- Inspection results linked to work orders for faster disposition.
SCADA + Line Handshake Integration
- Real-time station signals synced with inspection outcomes.
- Status visibility to reduce delays and prevent bottlenecks.
Quality Traceability by Design
- Part-level history: decision, timestamp, station, and proof images.
- Standardized defect tagging to reduce operator subjectivity.
Production-Friendly Deployment
- Inline automation built to match takt time requirements.
- Monitoring and tuning loop to sustain accuracy over shifts.
THE IMPACT
Measurable Results
Coverage
Every unit inspected, no sampling gaps
Accuracy
Reliable defect detection at line speed
Reduction
Fewer defects escaping to next stage
Hours Saved
Manual inspection effort eliminated
Increase
Higher throughput with fewer slowdowns
Week Time-to-Value
Typical pilot-to-production benchmark
TECH STACK