Key Takeaways: A production schedule that doesn't know which machines are under maintenance creates conflicts that could have been avoided. Fabrico's Interactive Planning Board, now on our product roadmap, will combine drag-and-drop production scheduling with real-time machine availability and CMMS maintenance windows. Today, planners already see live machine status and the maintenance calendar in Fabrico, so they can work from actual equipment capacity, not assumptions.
See our guide to maintenance planning and scheduling.
The conflict plays out the same way in manufacturing operations globally, every week. Production plans a full run on Line 5 for Tuesday. Maintenance has Line 5's quarterly PM scheduled for Tuesday morning. Both are in the right system, one in the production planner's spreadsheet, one in the CMMS. Nobody bridges the two. Production discovers the conflict at 6am.
The result: $15,000 in lost production time, an emergency replanning exercise during the shift, and a maintenance team forced to either delay a scheduled PM (extending the reliability risk) or execute it during an unplanned window (disrupting the rest of the schedule).
This isn't a planning failure. It's a data silo failure. Production planning and maintenance scheduling live in separate systems without shared visibility, and that gap costs the average manufacturing operation 3-7 hours of avoidable production downtime every week.
The root cause is structural. Production planners optimize for throughput and customer commitments. Maintenance planners optimize for equipment reliability and PM compliance. Both are doing their jobs correctly within their own systems. The problem is the boundary between those systems has no real-time data exchange.
Most manufacturing operations manage this boundary through morning meetings, emails, and phone calls. These communication methods create the minimum viable coordination needed to prevent the most obvious conflicts, but they miss the scheduling optimizations that require real-time data visibility.
A maintenance window that opens up because a PM was completed early never gets captured in the production schedule. A machine OEE degrading below viable throughput targets doesn't immediately trigger a schedule adjustment.
Fabrico's Interactive Planning Board, now on our product roadmap, is being built specifically to close this gap.
The Fabrico Interactive Planning Board is planned as a drag-and-drop production scheduling interface that will display three data sources simultaneously:
Real-time machine availability from OEE monitoring: Each production line's current OEE status will be visible directly on the planning board. A line running at 65% OEE when the plan assumes 80% will raise an alert showing the production orders at risk. A line that's been in unplanned downtime for 45 minutes will show as unavailable, with an ETA from the linked CMMS work order.
Maintenance windows from the CMMS calendar: All scheduled PM and corrective maintenance windows will appear directly on the planning board timeline. Before a production planner schedules a run on Line 3, they will see that Maintenance has a 4-hour bearing replacement scheduled on Line 3 on Wednesday afternoon, without making a phone call, without checking a separate system, without waiting for the morning meeting. Today, the same maintenance windows are already visible in Fabrico's maintenance calendar.
Maintenance-constrained capacity calculation: The planning board will automatically reduce the available capacity for any line with scheduled maintenance during the planning horizon. If Line 5 has a 6-hour PM on Thursday, the planning board will show Thursday's Line 5 capacity as reduced by 6 hours, and flag any production orders that exceed that reduced capacity.
The drag-and-drop interface will let production planners rearrange orders around maintenance windows in real time. Moving an order from Thursday Line 5 to Thursday Line 7 will take one action. The board will immediately show whether Line 7 has capacity, whether its OEE performance supports the planned throughput, and whether any maintenance is scheduled on Line 7 during that window.
The planning board is also designed for the reverse scenario: when maintenance needs change, the production plan will update automatically. If a corrective work order on Line 3 extends from a planned 2-hour repair to a 5-hour repair, the CMMS update will show in the planning board immediately.
Production planners will see the extended window, see which orders are now at risk, and be able to drag affected orders to alternative lines or time slots, in the same planning board, with full visibility into where capacity actually exists.
This bidirectional data flow is designed to eliminate the two-hour emergency replanning exercise that currently happens every time maintenance runs over schedule in plants without integrated planning.
Three measurable improvements that manufacturing operations can expect when production scheduling sees maintenance:
Elimination of production-maintenance scheduling conflicts: The most immediate and visible impact. Operations that lose 3-7 hours per week to avoidable downtime from scheduling conflicts, missed maintenance windows, production runs that blocked planned PMs, can expect this number to drop to near zero. The conflict doesn't happen because a maintenance-aware schedule shows both constraints before the schedule is committed.
Better maintenance window utilization: When production planners can see maintenance windows next to the production schedule, they actively coordinate around them, scheduling production runs to maximize uptime around maintenance windows rather than accidentally blocking them. Maintenance teams report 25-35% improvement in planned maintenance window execution rate when production scheduling is integrated with the CMMS calendar.
Improved OTIF delivery performance: Production planners who work from actual machine availability rather than assumed availability make realistic delivery commitments. When a machine OEE degrades, a maintenance-aware schedule shows which customer orders are at risk, before the delivery date, not after. OTIF (on-time in-full) delivery performance typically improves 5-12 percentage points within 90 days of moving to maintenance-aware scheduling.
Reduced overtime costs: Emergency overtime driven by reactive production recovery after avoidable conflicts decreases in direct proportion to the reduction in scheduling conflicts. Operations that eliminated 5 hours per week of conflict-driven downtime typically save $12,000-25,000 per month in overtime premium costs.
The planning board will not be a standalone scheduling tool, it will be the interface where production plans meet production reality in Fabrico's integrated OEE and CMMS platform.
When the planning board shows an OEE availability loss on a line, clicking on that loss will open the linked CMMS work order showing what maintenance action is in progress and the estimated return-to-service time. The production planner won't need to make a phone call, the data will be connected.
When the planning board shows a scheduled maintenance window, clicking on that window will open the CMMS PM record, what work is planned, how long it typically takes, and what the historical completion rate for this PM type is. The production planner will make scheduling decisions with context, not assumptions.
This is what will make Fabrico's planning board different from generic production scheduling software: it is being built on the same data model as the OEE monitoring and CMMS systems. The planning board won't integrate data from separate systems, it will display the same operational data that the maintenance team and production floor already work from. Same assets, same time series, same system of record.
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