Auto BOM

From machine description to full project package in minutes.

ClusterVise Auto BOM doesn't just produce a parts list. It generates the complete project-level output your engineering team needs to move forward — validated BOM, stationwise I/O lists, single line diagram, cabinet sizing, manpower estimate, and a project summary document. All from a plain-language description of the machine.

See how it works
10×
Faster design output vs. manual
~17h
Engineering hours freed per project
20k+
Validated components
43 sec
Fastest recorded generation
How it works

Four steps from requirement to design-ready package.

Your engineers describe the machine in plain language — type, power, environment, applicable standards, budget, number of stations, motor types. ClusterVise reads the requirements, applies engineering selection logic across all inputs simultaneously, and generates a complete project output. No templates to fill. No form fields to map.

1
Describe the machine
Type, power, environment, standards, budget, and operating context — in plain language.
2
AI selects components
20,000+ components evaluated against all requirements simultaneously. Conflicts resolved automatically.
3
Review and override
Engineers review every selection. Override any item. Browse the full catalogue and pick manually at any point.
4
Export the package
BOM, I/O lists, SLD, project summary — exported to Excel, PDF, or CSV. Ready for procurement and sign-off.
Project output

Everything the project needs. Generated in one pass.

Auto BOM doesn't stop at the parts list. Every generation includes the full set of project-level documents your team needs to move from design to procurement to build — structured, validated, and ready to export.

Core output

Stationwise BOM

Components structured by station across the full machine — not a flat list. Directly usable in panel build planning and procurement.

Core output

Stationwise I/O Lists

Per-station I/O lists generated automatically from the design. Ready for direct use in PLC programming and panel design documentation.

Core output

Single Line Diagram

SLD generated automatically alongside the BOM. Includes SCCR report and key circuit parameters.

Project document

Cabinet Size Estimate

Enclosure size calculated automatically from the selected component set — no manual calculation needed.

Project document

Manpower Estimate

Build time and manpower estimate included per project, derived from the design complexity and component count.

Project document

Project Summary

A structured project summary document — machine description, key design decisions, total BOM cost, and validation status — generated alongside every output.

Platform features

The selection intelligence that makes the output reliable.

🔮
Predicts what you need
Infers missing specs from high-level descriptions and offers multiple design options ranked by cost and lead time.
  • Infers missing specs from high-level machine descriptions
  • Catches constraint issues before they appear downstream
  • Offers multiple design options ranked by cost and lead time
  • Generates a complete BOM even from partial input
⚙️
Picks the right device every time
Searches 20,000+ components and selects the optimal device across cost, availability, lead time, and specification fit simultaneously.
  • Searches 20,000+ components across multiple suppliers
  • Matches device choices to project requirements automatically
  • Suggests alternatives when devices are out of stock
  • Optimises for total project cost, not just unit price
Design logic built in from the start
Every design is structured before your engineer sees it — conflicts resolved, compatibility verified, reports generated alongside.
  • Inter-component compatibility verified automatically
  • Single line diagram and SCCR report generated
  • Supporting project documents created alongside the BOM
  • Only genuine edge cases escalate to human review
📡
Live stock and supplier data
Pricing, availability, and lead times are checked at generation time — not from a cached catalogue.
  • Live pricing across supported brands
  • Stock check and prioritisation at generation time
  • Lead time estimates with confidence levels
  • Budget validation against project targets
🧬
Learns your organisation's preferences
Every project enriches the model — preferred brands, component families, and design patterns captured automatically.
  • Learns preferred suppliers, brands, and component families
  • Every project enriches the model — no manual curation needed
  • Flags when a new design diverges from past patterns
  • Project history becomes a searchable design library for the team
🎯
Full engineer override at every step
Every AI selection is visible and overridable. Browse the full 20,000+ catalogue and pick manually at any point.
  • Review and override any component selection
  • Browse full catalogue with spec filtering
  • Manual selections feed back into the learning model
  • Export at any stage — partial or complete
ROI & Impact

The numbers behind the time saving.

The return is not just faster BOM generation — it is the downstream cost of errors eliminated, and the project capacity recovered when engineers are no longer spending their day on catalogue administration.

65%
Reduction in design cycle time
Across SPM project types
~17h
Engineering hours freed per project
Available for higher-value work
8 min
Average BOM generation time
vs. 17 hours manually
Day 1
First BOM in your onboarding session
No lengthy implementation

See the full project package generated live.

Book a walkthrough and we'll run Auto BOM on a machine type representative of your work. BOM, I/O lists, SLD, and project documents — generated in the session.

See pricing

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