Manufacturing

Predictive Maintenance & Quality Control

Industrial Manufacturer

Timeline: 9 months
Team: 5-8 specialists

KEY IMPACT

Reduced unplanned downtime by 70% and improved product quality by 40%.

The Challenge

An industrial manufacturer was experiencing costly unplanned downtime and quality issues in their production line. Equipment failures were unpredictable, maintenance was reactive and expensive, quality defects were detected too late in the process, and overall equipment effectiveness (OEE) was below industry benchmarks.

Our Solution

Implemented IoT sensor data collection and ML models for predictive maintenance. Deployed sensors across 150+ pieces of equipment, built real-time anomaly detection models to predict equipment failures, created computer vision systems for automated quality inspection, and developed optimization algorithms for maintenance scheduling to minimize production impact.

Results & Outcomes

70% reduction in unplanned downtime

40% improvement in product quality scores

Maintenance costs reduced by 30%

Overall Equipment Effectiveness (OEE) increased by 25%

ROI achieved within 18 months

Technologies Used

Databricks
IoT Hub
Computer Vision
Time Series Analysis
Azure

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