OEE Software &
Downtime Tracking
Capture every stop, changeover, and speed loss across lines. Proxus unifies PLC tags, shift context, and production events so you can measure OEE, track downtime, and fix the real causes.
What makes it work
Proxus turns raw PLC signals into a reliable OEE layer. Capture stops and changeovers once, then reuse the same logic across lines and plants. The result is downtime tracking software built on live industrial data instead of manual spreadsheet collection.
- check_circle Connectivity for PLCs and SCADA using industrial drivers.
- check_circle UNS mapping for consistent OEE tags with Unified Namespace.
- check_circle Dashboards for live OEE and downtime analytics.
Typical OEE signals
How it works
Capture downtime
Track stop events and classify reasons on the edge.
Normalize tags
Apply the same tag model across lines and plants.
Analyze trends
Compare shifts, plants, and products in real time.
From OEE calculation to OEE software
Manual OEE spreadsheets are useful for a first baseline, but they break down when teams need live downtime causes, micro-stop detection, shift comparisons, and multi-line standardization. Proxus connects the data source, normalizes production events through the industrial data platform, and feeds dashboards from the same governed model.
FAQ
Common questions about OEE analytics.
Yes. Proxus captures short stops and correlates them with shifts and batches.
It is broader than a dashboard. Proxus connects PLC data, models production events, calculates OEE inputs, tracks downtime, and presents the result in operational views.
Yes. Proxus can feed your historian or store data with time-series storage.
Start with a single line and replicate the same template across sites.
See the real causes of downtime
Turn PLC signals into OEE insights with Proxus.