Intergraph Smartplant Spoolgen __link__ -

Intergraph SmartPlant Spoolgen (now known as Hexagon Spoolgen) is a specialized, industrial-strength application designed for piping fabricators to bridge the gap between engineering design and physical shop fabrication. It enables users to take electronic piping data from design systems and transform it into detailed, ready-to-use fabrication drawings and reports without manual re-drafting. Core Purpose and Functionality

Fabrication Transformation: Spoolgen takes isometrics created during the engineering phase and allows fabricators to add critical shop-level information, such as weld types, spool breaks, and material adjustments.

Automated Drawing Generation: Built on the Isogen® engine, it automatically generates spool isometrics, erection isometrics, and detailed material lists. intergraph smartplant spoolgen

Data Integrity: By using existing digital data (like PCF or POD files), it eliminates the errors associated with manual data entry or re-sketching designs. Key Features Intergraph Spoolgen® | Hexagon

2. High-Fidelity Deliverables

Spoolgen produces industry-standard outputs including: Fabrication Isometrics: Dimensioned drawings with weld maps

• Fabrication Isometrics: Dimensioned drawings with weld maps.
• Cutting Lists: Exact lengths for pipes, including allowance for fit-up.
• Material Take-offs (MTO): Accurate counts of fittings, flanges, and bolts.
• NC Data: Direct output for CNC pipe cutting machines (e.g., PipeCut or Vernet).

Digital Handover

Owners demand as-built 3D models. Spoolgen feeds weld maps and NDE reports directly into the plant lifecycle management system (SmartPlant Foundation), satisfying ISO 19650 and BIM requirements.

What is SmartPlant Spoolgen?

SmartPlant Spoolgen is a specialized, rule-driven application that automates the creation of Isometric and Spool drawings directly from 3D design data. Unlike generic CAD software, Spoolgen understands the logic of pipe fabrication. It ingests data from leading design systems (such as SmartPlant 3D, PDS, or even third-party CAD packages) and automatically generates detailed fabrication documents. 5. Advantages Over Generic Spooling Methods

Common Issues & Fixes

| Problem | Likely Cause | Solution | |---------|--------------|----------| | Missing dimensions | Component not fully constrained in 3D model | Review model, run SPRD consistency check | | Weld numbers out of order | Rule set has wrong start number | Check weld numbering rules in SpoolGen config | | Spools too long for truck | Max spool length not set | Update spooling rules, reprocess | | Duplicate spool IDs | Same spool generated from different line segments | Merge spools manually in review mode |

5. Advantages Over Generic Spooling Methods

• Time reduction – Spooling a complex line manually in AutoCAD can take 4 hours; SpoolGen does it in 10 seconds.
• Error elimination – Manual re-dimensioning often introduces rounding errors. SpoolGen uses the original PCF model, ensuring fit-up at site.
• Material optimization – SpoolGen suggests cut lengths from available pipe sticks (12 m or 6 m), reducing scrap.
• Traceability – Full history from engineering 3D model to as-built spool NDE reports.