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Aximos AI

Aximos AI provides AI‑driven takeoff software for the LBM (light building materials) industry, converting blueprint plans into detailed quantity, assembly, and trade summaries within minutes. The platform automatically detects building elements such as walls, floors, ceilings, and openings, then applies full assemblies to calculate material quantities, streamlining the estimating workflow. Takeoff data is exported in a format ready for integration with ERP systems or other downstream tools.

Updated 28 days ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Founder details are not available yet.

Product

Problem

Distributors in the light building materials (LBM) sector spend extensive time manually extracting quantities from blueprint plans, which slows bid preparation and leads to lost opportunities.

Solution

Aximos offers an AI-driven takeoff platform that automatically detects building elements such as walls, floors, ceilings, and openings from uploaded blueprints. The system applies predefined assemblies to calculate material quantities and generate trade summaries without manual input. Resulting data is formatted for seamless import into existing ERP or estimation systems, reducing the time required to produce accurate bids. By accelerating the estimating workflow, distributors can respond to requests faster, increase bid volume, and improve the accuracy of junior estimators.

Target Audience

Primary customers are LBM distributors and wholesale suppliers that need to produce fast, accurate material takeoffs for construction bids.

Features

  • AI-powered auto-detection of structural elements directly from blueprint files
  • Assembly-based quantity calculations that cover full material groups and trades
  • Instant generation of detailed takeoff reports ready for ERP integration
  • Rapid onboarding process allowing teams to start using the platform within days
  • Trade summary dashboards that support faster decision‑making for bid preparation
This profile is AI-generated and may contain inaccuracies.