Industrial PDI, UT Digitization & PPE Safety
Ultrasonic Testing (UT) graph digitization, overhead conveyor PDI attribute extraction, 6-point PPE compliance, and machine utilization.
Deploy high-precision industrial vision AI across assembly lines. Audit finished components, digitize analog UT graphs, and enforce worker safety continuously.
Manual inspection fatigue misses micro-defects, while unmonitored heavy machinery zones lead to workplace safety violations.
Analog UT monitors and manual paper inspection logs create un-traceable quality gaps.
Approach
How Proglint Works
- 01
EM Unit USB camera digitizes UT graph screens while overhead IP camera tracks 360° inspector rotation.
- 02
SPDR Unit inspects overhead conveyor parts for serial code OCR, color, bore diameter, hole count, and valve guard (see Research Spotlight).
- 03
EEPD Unit enforces 6-point PPE compliance and logs shift-wise machine active/idle states (see Research Spotlight).
Included
Core AI Capabilities
End to End
Workflow
PDI Image Capture
Overhead camera triggers as component enters bounding box.
Object Detection Attribute Check
Extract serial code, bore size, hole count, and color classification.
Pass/Fail PLC Trigger
Auto-log inspection in Command Center and signal PLC reject arm.
Outcome
Business Impact
ROI Framework
The Business Case
A qualitative framework for evaluating impact — no figures are invented; this is how to think about the case until deployment-specific numbers are measured.
Quality & Compliance Risk Reduction
"What happens on the floor between our scheduled audits?"
Manual inspection fatigue on high-speed lines and periodic SOP audits share the same structural weakness: both only observe a sample of what actually happens, and both are vulnerable to attention lapsing over a long shift. Continuous, criteria-consistent monitoring doesn't replace inspector judgment on ambiguous cases — it removes fatigue as the last line of defense against an obvious miss.
- Every unit or process instance is checked against the same criteria, every time.
- SOP compliance is observed continuously rather than sampled at audit intervals.
- Inspection accuracy stops depending on where in a shift the check happens.
Safety & Liability Exposure
"Do we find out about safety gaps before or after they cause harm?"
Periodic safety walks and manual PPE checks observe a facility at a single point in time; a violation that occurs between walks goes unrecorded unless it results in an incident. Continuous PPE, hazard, and access monitoring turns safety compliance into an ongoing signal rather than a periodic checkpoint, narrowing the window between a violation occurring and someone being aware of it.
- PPE and access compliance is monitored continuously, not at scheduled walk intervals.
- Safety gaps become visible before they contribute to an incident, not just after.
- Liability exposure shifts from being discovered reactively to being tracked proactively.
Under the Hood
Technology & Integrations
Explore Further
Where This Solution Applies
Related Industries
Related Products
DISCUSS YOUR INDUSTRIAL PDI, UT DIGITIZATION & PPE SAFETY REQUIREMENTS
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