3D BIM

Standard 3D Revit delivery

Robotic Imaging captures 3D laser scans and delivers Scan-to-BIM Revit models so retailers, designers, architects, engineers, and construction teams share one accurate as-built record.

What is Scan-to-BIM from Robotic Imaging?

Field technicians collect 3D laser scans sized to the project goals. That data goes to the BIM team, who build detailed 3D Revit models for design, retrofits, progress checks, and facilities work after handoff.

As-built documentation

Precise measurements of existing structures and sites, ready for renovation and maintenance planning.

Design-ready Revit models

Architects and engineers work from scanned geometry instead of incomplete drawings or tape measures.

How does it work?

What LOD levels does Robotic Imaging deliver?

Live examples on this page span warehouse, restaurant, education, retail, residential, kitchen, adaptive reuse, and adaptive storage work.

LOD200 Warehouse LOD200 Kitchen LOD300 Restaurant LOD300 Education LOD400 Retail LOD400 Residential LOD400 Commercial Adaptive Reuse LOD400 Adaptive Storage

Why do construction teams use 3D laser scanning?

Frequently asked questions

What deliverable do I get?
Standard 3D Revit delivery: Scan-to-BIM models built from project-specific 3D laser scans.
Who uses these models?
Retailers, designers, architects, engineers, and construction teams who need standardized as-built 3D data.
How does the workflow run?
Technicians collect the scans; the BIM team turns that data into detailed 3D models matched to the project goals.
What happens after construction?
The same scans and models support facilities management, maintenance, renovations, and a lasting digital project record.

Need Scan-to-BIM Revit models from a laser scan?

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