Four steps from a flat PDF plan set to a priced estimate and a client-ready proposal — one continuous run, no manual markup.
Drop a plan set. Sheets auto-classify by trade — mechanical, electrical, plumbing, sheet metal, low-voltage — and drawing scale is set for you.
The AI reads your legend pages, then reads and counts the equipment schedules printed on the plans — tag by tag, not just lifting the table.
Symbols, pipe and duct runs detected across every MEP, sheet-metal, and low-voltage trade using your legend + a 200+ term MEP vocabulary.
Quantities aggregate into a bill of quantities and a priced estimate in the ERP — one click to a branded, client-signable proposal. A 3D model comes along to verify.
Built specifically for MEP and sheet metal estimators — not a generic AI image tool with construction bolted on.
Auto-extracts symbol tables from general notes pages (M0.0, E0.0) so detections use your project's own terminology.
Reads and counts the equipment schedules printed on the drawings, tag by tag — tallying quantities against what is detected on the sheets, not just lifting the table.
Distinguishes pipe tees from duct tees, isolation valves from control valves — no more mislabeled fittings.
Mechanical, electrical, plumbing, sheet metal, and low-voltage read in one pass — no trade-by-trade re-uploads.
Comprehensive built-in knowledge of HVAC, piping, electrical, plumbing, and sheet metal components with CSI codes.
Disconnected runs, orphaned risers, and low-confidence detections are flagged for review as the model builds — so you can check the work before it prices.
Aggregated quantities become a bill of quantities and a priced estimate in the ERP — then a branded, client-signable proposal in one click.
Every detection is reconstructed into a 3D spatial model — walk the systems and confirm what was counted, sheet by sheet.
Save corrections to your company vocabulary. The system auto-learns new symbols and gets smarter with every project.
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How AI takeoff works for MEP and sheet metal estimating.
It is built for MEP, sheet metal, and low-voltage: mechanical/HVAC, electrical, plumbing, sheet metal, and low-voltage systems. Sheets are auto-classified by trade so each discipline is analyzed with the right vocabulary and symbol set — all in one pass.
Before analysis, the AI reads your general-notes and legend pages (e.g. M0.0 and E0.0) and extracts the symbol-to-name mappings. Detections then use your project’s own terminology plus a 200+ term MEP vocabulary with CSI codes, instead of a generic guess.
Both. The AI reads the equipment schedules printed on the drawings and counts them tag by tag, tallying quantities against what it detects on the sheets — rather than only lifting the schedule table. That schedule-level counting is a large part of how the takeoff reaches real, defensible quantities.
Yes. Detected quantities aggregate into a bill of quantities and flow into a priced estimate inside the DesignFlow Build ERP — using your assemblies and pricing — so the run ends with an estimate, not just a count. From there, one click generates a branded, client-signable proposal.
Largely, yes. In Full Auto mode the pipeline runs end to end — classify sheets, set scale, read legends, read and count schedules, detect symbols by trade, aggregate quantities, and build the priced estimate — without stopping for manual setup between stages. You review the result and adjust before sending anything to a client.
PDF plan sets. Multi-sheet sets are supported and classified automatically by trade.
A bill of quantities and a priced estimate in the ERP, plus a branded proposal you can generate in one click. A verifiable 3D spatial model of the detected systems comes with it, and low-confidence detections are flagged for review so you can check the work before pricing.
Yes — the AI does the counting and drafts the estimate, and your estimator reviews and adjusts before it goes out. Low-confidence detections are flagged, the 3D model lets you confirm what was counted, and corrections you make feed back into your company vocabulary for the next project.
A typical plan set is processed in under a minute, versus the hours of manual symbol counting and measuring a traditional takeoff requires.