What is OEE-triggered maintenance?
OEE-triggered maintenance is a proactive technical strategy where real-time production monitoring data, such as cycle counts, performance rate drops, or quality deviations, is used to automatically generate work orders in a CMMS.
This ensures that technical resources are deployed to "Bad Actor" assets based on their actual operational condition rather than arbitrary calendar intervals.
Moving Beyond the "Bathtub Curve" Fallacy
Paula, the Strategic Leader, often faces high maintenance costs that don't seem to improve uptime. This is because most legacy maintenance is based on the "Bathtub Curve" assumption—that machines wear out over a predictable time.
However, the Smith & Hinchcliffe RCM Methodology proves that most industrial failures are random. By using OEE data as a diagnostic signal, Mike (the Tactical Manager) can move the team to Condition-Directed (CD) Tasks. If a filler on Line 4 shows a 5% drop in performance efficiency, the system triggers a "Pull" in the CMMS, ensuring Tom (the Technician) fixes the problem before it hits the 80% failure threshold.
Optimizing the Value Fulcrum
Every technical intervention has a cost. Under the Hansen OEE Framework, the goal is to balance the cost of maintenance against the revenue recovered from the "Hidden Factory."
Fabrico unifies this balance. By linking Unified Data Intelligence from your PLCs directly to your spare parts inventory, the system calculates the most effective time to intervene. If OEE shows a machine is hemorrhaging Quality, but the Planning Board shows a critical order is 90% complete, the system helps you decide whether to stop now or finish the batch, maximizing your Return on Assets (ROA).
Visual Validation: The Role of Computer Vision
Triggers are only as good as the data behind them. If an operator accidentally leaves a guard open, OEE might show "Downtime," but it isn't a mechanical failure.
Fabrico's Computer Vision (Inefficiencies Zoom-In) acts as the truth-layer for your maintenance triggers. It captures video clips of the moments leading up to an OEE drop. Mike can visually validate the root cause. If it's a mechanical jam, the work order proceeds. If it's a training issue, the system provides Tom with the correct digital SOP, preventing unnecessary "Wrench Time" on a healthy machine.
The Decision Matrix: Standalone OEE vs. OEE-Triggered Loop
| Capability |
Standalone OEE Dashboard |
Fabrico Unified Loop |
| Maintenance Trigger |
❌ Manual (Radio/Email) |
✅ Automated (CMMS Integration) |
| Asset Strategy |
⚠️ Generic (Time-Based) |
✅ Predictive (Condition-Directed) |
| Root Cause Tool |
Manual Pareto |
Visual/Video RCA Evidence |
| Scheduling |
❌ Static Assumptions |
✅ Real-time Interactive Board |
| Data Integrity |
⚠️ Biased (Operator Input) |
✅ 100% (PLC + Computer Vision) |
| ROI Impact |
Visibility only |
Capacity & Revenue Recovery |
Strategic Verdict: Diagnoses Require Cures
An OEE report is a diagnosis; a CMMS work order is the cure. By integrating these into a single System of Action, you eliminate the communication gap that keeps most factories at mediocre efficiency levels.
Fabrico identifies the "Bad Actor" assets, the 20% of machines causing 80% of your performance leakage, and automates the technischen cure.
It is the fastest path to world-class OEE for the "Field-Ready" manufacturing enterprise.
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