Key takeaways
A common question during digitization is whether the ERP production module already covers OEE. It usually does not, because the two tools work at completely different speeds and levels of detail. Knowing the difference avoids both gaps and wasted spend.
An ERP production module records production transactions: orders released, quantities completed, materials consumed, labor booked. It is built for planning, costing, and traceability across the business, and it usually updates in batches, at shift or order boundaries.
That makes it excellent for answering what was made and what it cost, but blind to the second-by-second behavior of a machine.
OEE software measures availability, performance, and quality in real time, often straight from the machine. It captures every micro-stop, speed loss, and quality reject as it happens, and turns them into live loss analysis on the floor.
Where ERP sees a completed order, OEE software sees the 140 short stops and the slow cycles that made that order take a full shift instead of half of one.
An order finishes and the ERP module records 1,000 units in eight hours, all booked correctly. The OEE software shows the same shift ran at 62% OEE: the line was available 80% of the time, ran at 85% speed, and lost units to rejects. ERP confirmed the output; OEE explained why it was not 1,600 units. Only one of them drives improvement.
The two are not rivals. OEE data feeds ERP a truer picture of real capacity, so planning and promise dates improve, while ERP gives OEE the order and product context. The strongest setups connect them, with OEE as the shop-floor layer and ERP as the business layer. Book a Fabrico demo to see real-time OEE complement an existing ERP.
Most ERPs can show a rough, after-the-fact OEE from booked data, but they miss the real-time, micro-stop detail that makes OEE actionable. Dedicated OEE software captures losses ERP never sees.
Yes. ERP handles planning, costing, materials, and finance across the business. OEE software handles real-time shop-floor performance. They cover different jobs and work best connected.
1. Visibilidad en tiempo real. Los datos del ERP tienen un retraso de 8 horas por diseño; el software OEE es en tiempo real. 2. Granularidad a nivel de máquina. El ERP rastrea trabajos, no máquinas — no se puede ver que la Máquina 7 haya causado específicamente la pérdida. 3. Captura automática de señales. Las plataformas OEE dedicadas capturan automáticamente el estado de las máquinas desde los PLCs; el ERP requiere entrada del operario. 4. Códigos de motivo de parada. El ERP no tiene una forma estructurada de registrar por qué se detuvo una máquina; las plataformas OEE capturan esto como una funcionalidad principal. 5. Integración con mantenimiento. Las plataformas OEE se conectan directamente al CMMS para generar órdenes de trabajo a partir de eventos de parada; los módulos de producción del ERP no tienen equivalente. 6. Paneles orientados al operario. Las plataformas OEE están diseñadas para uso en planta; las pantallas de producción del ERP están pensadas para planificadores de producción. 7. Velocidad de despliegue. Un despliegue dedicado de OEE está en funcionamiento en semanas; ampliar un ERP para OEE en tiempo real requiere desarrollo personalizado que se mide en meses.
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