Capture existing conditions with millimeter accuracy using high-resolution laser scans for reliable as-built documentation and model creation.
Develop Revit models at any Level of Development (LOD) from conceptual massing (LOD 100) to fully detailed construction-ready models (LOD 500).
Comprehensive modeling across all disciplines—architecture, structure, and MEP—for complete and coordinated BIM solutions.
Identify and resolve spatial conflicts early in the design process to reduce rework, delays, and construction costs.
BIM models optimized for renovation and retrofit projects, including demolition phases, legacy systems, and phasing plans.
Export models in multiple industry-standard formats—IFC, RVT, and DWG—for compatibility with all major BIM and CAD platforms.
3D laser scanning captures precise real-world conditions, reducing measurement errors and ensuring accurate base models for renovation or expansion.
High-fidelity BIM models derived from scans support better multidisciplinary coordination, clash detection, and spatial planning.
Scan to BIM is ideal for projects lacking reliable blueprints, providing a digital foundation for retrofits, restorations, and upgrades.
Early identification of discrepancies between design and reality minimizes on-site surprises, lowering change orders and costly rework.
Automating model creation from scan data accelerates project timelines, especially in complex or legacy environments.
BIM models enriched with scan data provide lifecycle value—enabling asset tracking, maintenance planning, and digital twins.
Detailed digital records help meet regulatory standards, improve fire safety planning, and document structural integrity.
Detailed and dimensionally accurate 3D floor plans for space planning, visualization, and coordination.
Comprehensive elevation and roof drawings, capturing architectural intent and structural details for planning and compliance.
Cross-sectional views that reveal internal layouts, material layers, and critical construction elements.
Scaled site plans showing topography, building footprint, access paths, and utility connections for informed decision-making.