Dividing a complex piping system into transportable, weldable workshop pieces (spools) requires strategic planning. Spoolgen makes this process highly efficient.
It generates highly accurate Bills of Materials for each spool, ensuring the warehouse picks the exact parts needed.
Before declaring a winner, we must define the metrics for "better." In pipe spool fabrication, success is measured by: intergraph smartplant spoolgen better
While a skilled drafter can create a beautiful isometric in AutoCAD, that drawing is a "dumb" file. It doesn't know the weight of the pipe, the pressure rating of the flange, or the heat number of the steel.
Engineering & Fabrication Teams Subject: Efficiency and accuracy gains using SmartPlant SpoolGen over traditional spool drawing methods. Before declaring a winner, we must define the
Fabrication shops operate on thin margins where speed is everything. SmartPlant Spoolgen makes the workflow better through several high-impact features:
A common pain point for fabricators is software incompatibility. Spoolgen excels here because it is built on the industry-standard ISOGEN engine. It seamlessly accepts piping data files from virtually any major 3D plant design system on the market. Fabrication shops operate on thin margins where speed
If you are currently "getting by" with generic CAD, you are not saving money—you are bleeding profit through hidden rework and lost efficiency.
Add extra material for "field fit" allocations to compensate for on-site variations.
