Design production-ready system architectures
Determine and optimize assembly steps using algorithm-based priority graphs based on the geometry of 3D CAD models.
What can you achieve with this use case?
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Import CAD Models and product data
The solution requires a CAD model as input, extracting product and BOM data from integrated systems or allowing users to define assembly groups. This forms the foundation for automated assembly planning.
Generate optimized precedence graph
Provide the start node and any optional constraints, such as last parts or specific part orders. Our AI-algorithm will handle the rest, calculating geometrically reasonable assembly dependencies by analyzing the 3D data.
Adapt precedence relations
In the web solution, you can validate the calculated precedence relations directly using the interactive 2D graph view, which is condensed to a view relevant for production. Dependencies can there be adapted if the algorithm missed any and view all parallel and sequential assembly steps.
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What types of data does SPREAD connect and analyze?
SPREAD integrates critical Production data from multiple engineering systems and unstructured sources to provide complete traceability from issues to root cause. It connects and contextualizes:
| Data Type | Description | Typical sources | File Formats needed |
|---|---|---|---|
| CAD geometry | Full 3D part geometries used for assembly planning and dependency analysis. Required to calculate feasible part sequences and optimize the precedence graph. | CAD systems (CATIA, Siemens NX, Creo) |
|
| BoM + configuration codes | List of materials and components needed for precise assembly planning incl. 150 % parts list plus variant | ERP / MES / BoM databases |
|
| CAD geometry | Full 3D part geometries used for assembly planning and dependency analysis. Required to calculate feasible part sequences and optimize the precedence graph. | CAD systems (CATIA, Siemens NX, Creo) |
.jt
.step
.stl
.iges
.3dxml
|
| BoM + configuration codes | List of materials and components needed for precise assembly planning incl. 150 % parts list plus variant | ERP / MES / BoM databases |
.xls(x)
.csv
.xml
|
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3
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