Procter & Gamble boosts diaper quality with predictive maintenance
Procter & Gamble (P&G), one of the world's largest consumer products companies, faced high defect rates and significant losses due to damaged diapers during the manufacturing process of Pampers. To address this, P&G launched the Hot Melt Optimization platform, using proprietary IoT sensors on assembly lines and Microsoft Azure's predictive analytics and edge analytics. The system monitors glue temperature and pressure in real time across 11 US manufacturing plants. Machine learning algorithms, supported by an AI rules engine within Azure, identify and correct anomalies before they cause large-scale production issues. This data-driven approach has eliminated 70% of defective diaper output, resulting in seven-figure weekly savings. The project also improved uptime, reduced scrap, and supported higher production capacity. The system was extensively piloted, using an industrial control database and Grafana for monitoring, before rollout across the network. P&G credits collaboration with Microsoft and Rockwell Automation for enabling these reliability, efficiency, and cost improvements. P&G now demonstrates how predictive analytics, IoT, and edge computing can have significant, measurable impacts on consumer goods manufacturing.
- Organization
- Procter & Gamble
- Industry
- Consumer & Food
- Location
- United States
- Published
- August 2023
Reported outcomes
70%
quantified impactOther quantified impact
Strategic outcomes
Primary read
Use case focus
Showing 2 of 2
- 1Predictive Maintenance for High-Speed Consumer Goods Manufacturing
- 2Automated Defect Detection and Correction on Assembly Lines
- Excessive defective diapers resulting in high scrap and financial losses.
- Inaccurate glue temperature or pressure causing assembly defects.
- Inability to monitor and correct manufacturing anomalies at high speeds in real time.
- Limited availability of expert personnel to oversee complex manufacturing processes 24/7.
- Deployed proprietary IoT sensors on diaper assembly lines.
- Implemented Microsoft Azure predictive analytics and edge analytics for real-time monitoring.
- Used machine learning models and an AI rules engine to automatically detect and correct anomalies.
- Centralized data collection and visualization using industrial control databases and Grafana.
- Eliminated 70% of defective diaper production.
- Generated weekly savings in the seven-figure range.
- Reduced unplanned downtime and scrap in manufacturing.
- Increased plant production capacity and overall efficiency.
Architecture
IoT sensors embedded on assembly lines collect real-time data on glue process variables. Data streams are captured in an industrial control database (Influx Historian), visualized via Grafana, and sent to Microsoft Azure's edge analytics platform. A machine learning-powered AI rules engine analyzes streaming data to predict anomalies. Automated actions are triggered on the line via Rockwell Automation PLCs, correcting process issues before defects occur, all without downtime.
Implementation partners1
Sources & evidence1
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