AVEVA MES vs Epicor Advanced MES
manufacturing (MES / PLM) head-to-head for ERP teams: evidenced capabilities, published pricing, and which ERPs each actually integrates with.
| Starting price | Quote-based | Quote-based |
| Deployment | On-premises, Hybrid cloud | On-premise, Cloud |
| Company size | — | Mid-market, Enterprise |
| Stated ERP integrations | SAP, Oracle Fusion Cloud | Epicor, SAP, Oracle Fusion Cloud, Microsoft Dynamics 365 |
| Vendor | AVEVA | Epicor |
Our take
Where AVEVA MES leads
- Stronger evidenced coverage on 7 of the 24 capabilities where they differ (led by work order / production order dispatch and electronic work instructions).
Where Epicor Advanced MES leads
- Stronger evidenced coverage on 17 of the 24 capabilities where they differ (led by finite-capacity scheduling and drag-and-drop / gantt scheduling).
- Stated Epicor, Microsoft Dynamics 365 integration the alternative doesn't list.
Where they differ
The 24 capabilities (of 50 in the manufacturing (MES / PLM) taxonomy) where the evidence separates them, biggest gaps first. “Not evidenced” means our research found no public documentation of this capability — the vendor may still offer it. Confirm on a demo.
| Capability | ||
|---|---|---|
| Finite-capacity schedulingProduction Planning & Scheduling | Not evidenced | Core strength Real-time production scheduling |
| Drag-and-drop / Gantt schedulingProduction Planning & Scheduling | Not evidenced | Core strength Drag-and-drop schedule adjustments |
| Preventive maintenance schedulingMaintenance Management | Not evidenced | Core strength Predictive/preventive maintenance scheduling |
| Predictive / condition-based maintenanceMaintenance Management | Not evidenced | Core strength Automatic maintenance task generation from machine runtimes and cycles |
| Work order / production order dispatchShop Floor Execution | Supported Paperless work management and job execution; real-time production control | Not evidenced |
| Electronic work instructionsShop Floor Execution | Supported AVEVA Work Tasks workflow automation and SOP enforcement | Not evidenced |
| Batch & recipe managementShop Floor Execution | Supported Pre-weigh recipe management | Not evidenced |
| Andon & real-time exception alertsShop Floor Execution | Not evidenced | Supported Automated alerts and messaging (email, text, lights, audible alarms); operator help calls |
| Multi-site / multi-plant synchronizationProduction Planning & Scheduling | Supported Multi-site, multi-plant visualization; cloud multi-site analytics | Not evidenced |
| Downtime & reason-code trackingEquipment & Machine Connectivity | Partial Schedule adherence monitoring | Core strength Real-time uptime/downtime monitoring; predictive analytics for downtime |
| Edge computing / low-latency automationEquipment & Machine Connectivity | Not evidenced | Supported Edge connectivity via OPC, PLC and CF-MIU hardware |
| Maintenance work order managementMaintenance Management | Not evidenced | Supported Machine condition reporting |
| Historical trend & performance analyticsManufacturing Analytics & Intelligence | Not evidenced | Supported Run rate and yield analysis |
| Energy consumption monitoringManufacturing Analytics & Intelligence | Partial Adjacent to emissions tracking; not explicitly named | Core strength Dedicated energy consumption monitoring by plant, department, resource, job or part |
| Sustainability / emissions trackingManufacturing Analytics & Intelligence | Core strength Waste reduction, emissions and sustainability KPI tracking | Partial Energy monitoring adjacent; no explicit emissions/waste tracking |
| Statistical process control (SPC)Quality Management | Supported SPC violation detection | Core strength Statistical process control (SPC) |
| Non-conformance & CAPA managementQuality Management | Not evidenced | Partial Automatic part qualification/rejection; no explicit CAPA workflow |
| In-line / inline quality inspectionQuality Management | Supported Automated quality sample plan execution | Core strength Continuous 24/7 quality monitoring; automatic part qualification and rejection |
| Full product genealogyTraceability & Genealogy | Supported Genealogy and traceability investigations | Partial Parts and process traceability |
| Demand & materials planningProduction Planning & Scheduling | Not evidenced | Partial Resource forecasting |
| Machine / PLC / OPC UA connectivityEquipment & Machine Connectivity | Supported Native integration with AVEVA System Platform and PI System | Core strength 24/7 continuous machine monitoring; edge connectivity via OPC, PLC and CF-MIU hardware |
| Real-time production dashboardsManufacturing Analytics & Intelligence | Supported Real-time quality KPI visualization; cloud multi-site analytics | Core strength Plant floor viewer with real-time machine state and job monitoring |
| AI / ML-assisted insightsManufacturing Analytics & Intelligence | Partial Third-party BI and ML platform linking | Supported Predictive analytics for downtime and scrap |
| Low-code integration / mapping layerERP & Enterprise Integration | Partial Middleware config via XML/MSMQ/file drop/SQL/CSV, not a dedicated no-code layer | Not evidenced |
Both grade identically on the other 26 capabilities — see each product's full profile: AVEVA MES, Epicor Advanced MES.
AVEVA MES vs Epicor Advanced MES — FAQs
Is AVEVA MES or Epicor Advanced MES better for ERP integration?
Both state integrations with SAP, Oracle Fusion Cloud. Epicor Advanced MES additionally lists Epicor, Microsoft Dynamics 365. Always verify the connector against your ERP version with a reference customer.
Which is cheaper, AVEVA MES or Epicor Advanced MES?
Neither publishes a list price — both quote. Ask each for the all-in first-year cost at your seat count, as one number, and compare those.
Get pricing for both
Tell us your ERP, seat count and must-haves and we'll come back with an independent view of what AVEVA MES and Epicor Advanced MES should each cost you — and whether a third option belongs on your shortlist.