What are the Six Big Losses in 2026 manufacturing?
The Six Big Losses is a lean manufacturing framework used to categorize the most common causes of equipment-based productivity loss: Equipment Failure, Setup and Adjustments, Idling and Minor Stoppages, Reduced Speed, Process Defects, and Reduced Yield.
In a standalone OEE system, these are just red bars on a chart.
In a unified System of Action like Fabrico, these losses are the primary triggers that drive your maintenance team to protect the Value Fulcrum.
Availability Losses: Eliminating the "Fault-to-Fix" Delay
Availability losses occur when a machine is scheduled for production but is stopped due to breakdowns or changeovers.
For Mike (the Tactical Manager), the biggest enemy isn't the repair itself; it’s the Decision Latency spent waiting for a technician to arrive.
Fabrico’s integrated OEE and CMMS automates this hand-off.
When a "Stop" signal is detected via PLC, the system instantly triggers a prioritized Work Order on Tom’s (the Technician) mobile device.
This ensures that "Equipment Failure" and "Setup Time" are minimized through rapid, standardized execution.
Performance Losses: Visualizing the "Silent Killers" of Output
Performance losses, Idling, Micro-stops, and Reduced Speed are the largest components of the Hidden Factory.
Because these events are often shorter than two minutes, they are rarely recorded in manual logs or explained by traditional sensors.
Fabrico’s Inefficiencies Zoom-In (Computer Vision) module acts as the "Eyes" of the line.
When a high-speed filler slows down by 5%, the system flags a 10-second video clip of the event.
Instead of guessing, Mike can "Zoom-In" to see the specific mechanical friction or operator delay, allowing for a permanent fix that reclaims 10-15% of lost capacity.
Quality Losses: Centerlining for Zero-Defect Production
Quality losses represent the time and material wasted producing scrap or parts that require rework.
Most quality defects in high-speed lines are maintenance symptoms caused by "Process Drift" or unauthorized "Dial Twiddling."
Fabrico’s Digital CILs and Checklists enforce "Centerlining"—the practice of keeping machines within their optimal operating parameters.
If the OEE Quality score dips, the system identifies the deviation and triggers a Condition-Directed Task.
This ensures that Tom focuses on the specific adjustments that stabilize the process and prevent the revenue leak of material waste.
Comparison Matrix: Standalone Scoreboards vs. The Fabrico Recovery Engine
| Loss Category |
Hardware Scoreboards (Vorne) |
Siled OEE Apps |
Fabrico (System of Action) |
| Availability |
Visual Alert Only |
Email Notification |
Automated Mobile Work Order |
| Performance |
Basic Counting |
Data-Only Logs |
Advanced Visual Zoom-In |
| Quality |
% Tracking |
Manual Logging |
Digital CIL / SOP Link |
| RCA Depth |
Subjective |
Machine Logs |
Visual Proof + Machine Data |
| Maintenance Link |
None |
Via API (Complex) |
Native Integrated CMMS |
| ROI Strategy |
Awareness |
Reporting |
Revenue Reclamation |
ROI: The Financial Impact of Reclaiming 5% OEE
For Paula (the Strategic Leader), the recovery of just 5% of OEE across the "Six Big Losses" is a game-changing financial event.
In a mid-sized Food & Beverage or Plastics plant, a 5% increase in Effective Runtime is often worth $250,000 to $500,000 in annual bottom-line profit.
By identifying "Bad Actor" assets through integrated data, she can move her team to Condition-Directed Tasks that lower the Maintenance Cost per Unit.
This turns the maintenance department from a cost center into a strategic partner that engineers the company’s growth.
As the factory builds 12 months of clean data, it prepares the facility for the Fabrico Agent (AI Roadmap) to automate these recovery cycles.
Stop measuring your losses. Start recovering your revenue with a System of Action.
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