Intergraph SmartPlant Spoolgen: Transforming Piping Fabrication Through Digital Innovation
The "Better" Metric: A manual shop might take 5 minutes to hand-calculate a cut length for a pipe. SpoolGen does it instantly, prints a barcode label for the cut pipe, and sends the data to the saw. That is a 99% reduction in calculation time.
Most CAD programs are "drawing-centric," meaning they focus on lines and symbols. SmartPlant Spoolgen is "data-centric." It takes the 3D model data—often from sources like Intergraph Smart 3D, PDS, or Aveva PDMS—and uses it to generate drawings automatically.
: Significant financial savings through reduced labor hours and manufacturing costs. Error Reduction
Competitive Reality: Most shops using AutoCAD or Revit spend 60 minutes manually defining spool breaks for a complex line. SpoolGen does it in 3 minutes. That is quantitatively better.
Many systems produce single-line isometrics. SpoolGen produces double-line or hybrid drawings where the fitter can see the actual thickness of the pipe and the orientation of bolts. This reduces cognitive load.
There is a myth that SpoolGen is only for "big guys." Let's bust that.
Intergraph SmartPlant Spoolgen: Transforming Piping Fabrication Through Digital Innovation
The "Better" Metric: A manual shop might take 5 minutes to hand-calculate a cut length for a pipe. SpoolGen does it instantly, prints a barcode label for the cut pipe, and sends the data to the saw. That is a 99% reduction in calculation time. intergraph smartplant spoolgen better
Most CAD programs are "drawing-centric," meaning they focus on lines and symbols. SmartPlant Spoolgen is "data-centric." It takes the 3D model data—often from sources like Intergraph Smart 3D, PDS, or Aveva PDMS—and uses it to generate drawings automatically. Most CAD programs are "drawing-centric," meaning they focus
: Significant financial savings through reduced labor hours and manufacturing costs. Error Reduction Most CAD programs are "drawing-centric
Competitive Reality: Most shops using AutoCAD or Revit spend 60 minutes manually defining spool breaks for a complex line. SpoolGen does it in 3 minutes. That is quantitatively better.
Many systems produce single-line isometrics. SpoolGen produces double-line or hybrid drawings where the fitter can see the actual thickness of the pipe and the orientation of bolts. This reduces cognitive load.
There is a myth that SpoolGen is only for "big guys." Let's bust that.