The pipe cutsheet optimizer reduces scrap by 5–10%. On a $10 million piping project, that's $500k saved.
By automating spool creation from the master model, you eliminate the "interpretation errors" that occur when a detailer manually redraws an isometric. 2. Faster Fabrication: With automated NC code for beveling machines and saws, the time from drawing release to pipe cutting drops from hours to minutes. 3. Material Optimization: The cutting logic optimizes remnant usage, often saving 3-5% on raw pipe material on large projects. 4. Digital Thread: Spoolgen creates a digital twin of the fabricated spool. This data can be pushed to mobile devices in the field, allowing construction crews to verify "as-built" vs. "as-designed." intergraph smartplant spoolgen
Before software like Spoolgen, fabricators relied on manual take-offs from paper isometrics. A senior fitter would use a highlighter to mark where to cut a 40-foot pipe into 12-foot spools for trucking. This process was slow, error-prone, and dependent on tribal knowledge. The pipe cutsheet optimizer reduces scrap by 5–10%
Stop manual data entry into cutting machines. Spoolgen exports: This process was slow