Users define exact weld locations to break lines into shippable spools.
Despite not needing CAD skills, some users find it "challenging to use" compared to general CAD software initially.
Tracking welds manually is complex. SmartPlant Spoolgen automatically assigns weld numbers. It categorizes shop welds and field welds clearly. This improves quality control tracking. 5. Enhanced Material Management intergraph smartplant spoolgen better
The software supports digital transformation, connecting fabrication data with project management tools, including Microsoft Power BI, to provide live project insights.
Spoolgen does more than just draw; it manages the vital data needed for the fabrication shop. Intergraph Spoolgen® | Hexagon Users define exact weld locations to break lines
: By reusing digital piping data from 3D models (like Smart 3D, PDMS, or CADWorx) via PCF or IDF files, the software eliminates up to 95% of manual data entry , reducing costly rework and material waste.
It uses the industry-standard ISOGEN engine to create drawings automatically from digital design data. SmartPlant Spoolgen automatically assigns weld numbers
If you are looking at recent versions (v7+ and Hexagon's move toward cloud/connected environments), the improvements focus on:
Material errors lead to scrap metal, missing parts, and costly project delays. SmartPlant Spoolgen removes the guesswork from material management by generating automated Bill of Materials (BOM).
Traditional piping fabrication relies heavily on draftsmen to manually split engineering isometrics into individual spool drawings. This manual process introduces human error and creates severe project bottlenecks.
Exports clean data to fabrication machinery.