Downtime Prevention

Downtime Prevention for Automotive

Keep assembly lines running with real-time equipment monitoring. Catch quality gate failures and station degradation before they cascade across your takt time.

The Problem

Where Things Break Down

Takt time violations cascade fast

When one station misses takt, every station downstream is affected. In JIT production, a 5-minute stop can cost tens of thousands and delay customer deliveries.

Quality gates do not flag equipment degradation

Your quality checks catch bad parts, but they do not tell you the station producing them is about to fail. By the time reject rates spike, you have rework stacking up.

Supplier delivery gaps compound the problem

If a station goes down and your buffer stock is low because a delivery was late, the recovery time doubles. Two separate problems become one major crisis.

Our Approach

What Sandhed Does Differently

Sandhed connects to your existing PLCs and sensors via OPC UA and MQTT, then maps equipment health data onto your 3D floor plan in real time. You see vibration trends, temperature drift, and cycle time anomalies as color-coded overlays on actual machine locations. When readings cross your thresholds, alerts go to the right person before the line stops.

Real-Time Equipment Health

PLC and sensor data mapped to your 3D floor plan. See machine status, vibration levels, and temperature readings as color-coded overlays on actual equipment locations.

Threshold-Based Alerts

Set warning levels for any parameter. When vibration, temperature, or cycle times drift past your limits, the right person gets notified through their preferred channel.

Trend Visualization

Historical overlays show how equipment parameters change over time. Spot gradual degradation before it reaches the failure point.

Maintenance Coordination

When an alert fires, your maintenance team sees the affected equipment highlighted on the floor plan with the relevant sensor data already pulled up.

Expected Outcomes

Results You Can Measure

45%Less unplanned downtimeReduction in unplanned stops
15 minEarlier warning timeAverage advance notice before failure
60%Faster root cause analysisReduction in diagnosis time
4 hrsSetup timeFrom floor plan to live monitoring
Based on platform capabilities and industry benchmarks. Results vary by facility.
FAQ

Common Questions

Sandhed connects to your PLCs and IoT sensors to monitor vibration, temperature, cycle times, and other parameters in real time. When readings start trending outside normal ranges, the system triggers alerts before the equipment actually fails. You set custom thresholds based on your equipment. More transparent and controllable than black-box AI.

Any equipment that exposes data through OPC UA, MQTT, Modbus TCP, or EtherNet/IP. This covers most modern PLCs, CNC machines, packaging lines, conveyors, and process equipment. Older analog equipment can be monitored by adding IoT sensors. The 3D visualization works with any equipment you can place on your floor plan.

Most facilities have their floor plan uploaded and see live equipment data within 4 hours, without external help. You upload your floor plan, Sandhed builds the 3D model, and you connect your data sources. The longest part is usually deciding which thresholds to set for alerts.

Yes. Sandhed integrates with common CMMS and EAM systems through REST APIs. When an alert triggers, it can create a work order in your maintenance system with the relevant equipment data and sensor readings attached. Your maintenance team works in their familiar tools.

Most facilities report 20-30% fewer unplanned stops within 30 days. A single prevented downtime event on a high-value line can cover the annual subscription cost. The exact timeline depends on your current downtime frequency and the value of your production output per hour.

See How It Works With Your Equipment

We will model your actual floor plan and show you how Sandhed monitors your specific equipment. No generic demo.