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About This Automation
Materials takeoff from blueprints is a manual, time-consuming task that requires careful counting of electrical components and repeated reformatting for multiple wholesalers. Errors in counting or ordering delay jobs and waste budget.
Automation extracts materials directly from blueprints using computer vision, calculates order quantities against live inventory, and formats orders for each wholesaler automatically. Orders are sent instantly and logged, freeing the team to focus on installation.
Key features:
Extract materials from blueprints automatically using computer vision and OCR
Count wire gauges, conduit, breakers, outlets, and fixtures without manual review
Cross-reference inventory levels and calculate net order quantities in real time
Format orders for multiple wholesalers using their unique templates
Route orders to the correct supplier and log them in your tracking spreadsheet
Flag ambiguous blueprint sections for supervisor review before ordering
The issues teams report most often with this process
#
Friction point
Companies Report This
1
Manual material counting
Supervisor spends 45 minutes per blueprint manually counting wires, conduit, breakers, and fixtures, introducing errors.
80%
2
Repetitive order formatting
Same material list must be reformatted three times for different wholesaler templates, wasting 30 minutes per job.
67%
3
Inventory lookup delays
Manual spreadsheet checks for stock levels slow down order quantity calculations.
53%
4
Order tracking gaps
Manual logging of orders in spreadsheets creates inconsistencies and makes it hard to track delivery status.
40%
5
Communication delays
Foreman notification happens after all orders are sent, delaying job planning.
26%
DisclaimerAll data is based on anonymized FullSpec mapping sessions and proprietary industry research. Learn more
Automation readiness
How well-suited this process is for automation
Process Pain Score™Manual counting and repeated reformatting consume 114 minutes per job and.
7.9/ 10
AI Fit Rating™Blueprint analysis and order formatting are highly structured tasks well suited.
8.9/ 10
Automation Lift Index™Automation reduces cycle time from 114 to 15 minutes and improves accuracy from.
8.5/ 10
Hidden Overhead™Context switching between blueprints, inventory checks, and wholesaler formats.
7.1/ 10
How The Automation Works
The full workflow, from trigger to completion.
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1. Blueprint Uploaded or Receivedtrigger
A new blueprint file arrives in the job email inbox or is uploaded. The automation detects the file and extracts the job ID and blueprint content.
2. Extract Materials from Blueprint
The automation analyzes the blueprint image or PDF and automatically identifies and counts all electrical materials: wire, conduit, breakers, outlets, switches, and fixtures. The extracted list is formatted as a structured data table.
3. Query Stock Levels
The automation looks up current inventory and to determine stock on hand for each material.
4. Calculate Net Order Quantities
The system subtracts stock on hand from the takeoff count and applies a configurable waste factor to determine the final order quantity for each material.
5. Route and Format Orders
The automation splits the order list by wholesaler, applies each wholesaler's unique format template, and prepares three separate order documents ready to send.
6. Send Orders via Email
The automation sends the formatted orders to each wholesaler's email address with the job reference and delivery address included.
7. Log Order and Notify Team
The automation records the order details, updates with the purchase order, and sends a notification to the job foreman with the order summary and expected delivery date.
Everything you need to know before mapping this process.
The system flags unclear sections and routes them to your supervisor for manual review before the order is finalized. This ensures accuracy while automating the routine parts of the takeoff.