Point Cloud to BIM Comparison in Minutes

Registration achieves ±1mm accuracy using advanced point cloud alignment algorithms. The system automatically identifies control points and registration targets to ensure precise overlay between scan data and BIM models.

Registration confidence scores indicate alignment quality, with typical projects achieving 99.7% confidence. Manual refinement tools available if needed for critical areas requiring extra precision.

All major scan formats supported: E57, RCP, RCS, PTS, PTX, LAS, LAZ, XYZ, and PLY formats from Leica, Faro, Trimble, and other scanner manufacturers.

The platform automatically processes and optimizes point clouds for analysis. Large scans are intelligently decimated while preserving detail in critical areas for fast processing without losing accuracy.

Typical processing times are 5-15 minutes for building floor scans containing 2-5 million points. Registration, deviation analysis, and report generation complete automatically.

Large infrastructure scans with 20+ million points may take 30-45 minutes. Processing runs in the background - you'll receive notification when analysis is complete with full deviation reports ready.

Fully customizable tolerance settings: Define acceptable deviation ranges by element type, project phase, or specific zones. Set different thresholds for critical vs. non-critical areas.

Create tolerance profiles for structural steel (±3mm), concrete (±5mm), MEP (±10mm), or custom standards. Color-coded heat maps automatically update based on your thresholds for instant visual feedback.

Comprehensive analysis reports include: 3D visualization with heat-mapped deviations, element-by-element comparison tables, statistical summaries, and filterable issue lists by severity and location.

Export options include PDF reports for contractors, Excel spreadsheets with detailed measurements, BCF files for BIM coordination, and colorized point clouds for further analysis in other software.

Yes - full support for aerial capture: Process point clouds from drone photogrammetry, LiDAR payloads, and combined terrestrial-aerial datasets for complete site verification.

Photogrammetry mesh models can be converted to point clouds for comparison. Ideal for roof structures, facades, and large site areas where terrestrial scanning is impractical or unsafe.