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Letting Data Speak!

Case Study

Optimizing CNC Machine Maintenance with AI

A prominent automotive manufacturing company based in India.

About the Client

A prominent automotive manufacturing company based in India.

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Challenge

The client faced significant production losses due to frequent unplanned downtime of their CNC machines. This resulted in high maintenance costs and reduced operational efficiency.

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Key Results

  • Reduced unplanned downtime by 30%, decreasing from 60 hours per quarter to 42 hours per quarter

  • Achieved 25% cost savings in maintenance expenses

  • Increased machine lifespan through proactive maintenance strategies

Solution

JashDS implemented a comprehensive AI-driven solution to optimize CNC machine maintenance:

  • Gathered diverse data from CNC machines, including real-time spindle speed, motor current draw, axis position and velocity, tool wear metrics, and cutting force measurements

  • Implemented sophisticated machine learning algorithms, including ensemble models and anomaly detection techniques to identify unusual patterns in CNC machine data

  • Developed a continuous monitoring system that collects real-time data from CNC machines, sensors, and PLCs (Programmable Logic Controllers)

  • Created a model that generates tailored maintenance recommendations for each machine's specific needs and issues

  • Implemented an automated system to deliver maintenance recommendations via email, enabling proactive intervention

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Technologies Used

  • Machine Learning (Ensemble Models, Anomaly Detection)

  • Sensor Integration

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