Manufacturing

How a Manufacturer Cut Unplanned Downtime by 34% with Predictive Maintenance

34%
Reduction in unplanned downtime across the plant floor
Client
Atlas Manufacturing Co.
Industry
Manufacturing
Region
United States
Services Engaged
AI & Intelligent Automation, Data Engineering & Analytics
The Challenge

Every Repair, Was a Surprise

Atlas Manufacturing runs three production lines around the clock, and maintenance was entirely reactive: equipment ran until it failed, then the line stopped while a technician diagnosed the problem from scratch. Scheduled inspections caught some issues, but the majority of failures showed up with no warning, often during peak production windows.

Plant managers had no real visibility into equipment health between inspections. A bearing wearing out over three weeks looked identical to a healthy machine right up until the moment it failed, which meant every unplanned stoppage cost the same in lost production time, whether it was preventable or not.

Objectives

What Success Needed to Look Like

  • Predict equipment failures before they caused a production stoppage
  • Reduce unplanned downtime across all three production lines
  • Give plant managers real-time visibility into equipment health
  • Shift maintenance spend from reactive repairs to planned interventions
The Solution

Sensors That Catch a Problem Three Weeks Early, Not Zero

DSG deployed IoT sensors across critical equipment on all three lines, feeding vibration, temperature, and load data into a predictive model trained on Atlas’s own historical failure patterns. Instead of a fixed inspection schedule, plant managers now get an alert when a specific machine’s readings start drifting toward a known failure signature, days or weeks before it would actually break down.

AI & Intelligent Automation built and trained the predictive models; Data Engineering & Analytics built the pipeline and real-time dashboard that turns raw sensor data into something a plant manager can act on without needing to interpret a data science model themselves.

Process

How the Engagement Unfolded

1

Plant Audit

Identified highest-impact equipment

2

Sensor Deployment

IoT sensors installed across 3 lines

3

Model Training

Trained on Atlas's own failure history

4

Pilot

One line, validated against real failures

5

Full Rollout

Extended across the remaining lines

Technologies Used

The Stack Behind the Migration

Python
TensorFlow
Power BI
Azure IoT Hub
Timeline

20 Weeks, Start to Full Rollout

W1–3

Plant Audit

W4–7

Sensor Deployment

W8–13

Model Training

W14–16

Pilot

W17–20

Full Rollout

The Difference

Before vs. After

Before

Unplanned downtime 96 hrs/month
Mean time to detect failure ~48 hrs
Maintenance approach Reactive + scheduled
Equipment monitored live 0 machines

After

Unplanned downtime 63 hrs/month
Mean time to detect failure ~3 hrs
Maintenance approach Predictive
Equipment monitored live 48 machines
Results

The Numbers

34%

Reduction in unplanned downtime

33 hrs

Downtime avoided monthly

48

Machines under live monitoring

~94%

Faster failure detection

"The predictive maintenance models paid for themselves inside the first quarter. What stood out was how much DSG's team learned about our actual floor operations before writing a line of code.""

Chief Technology Officer, Atlas Manufacturing Co.
Gallery

The Platform in Action

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