High-Precision LiDAR & Laser Scanning Services
Accurate reality capture for architecture, engineering, and construction projects.
EwingCole DMG uses advanced LiDAR and laser scanning technology to capture highly detailed digital representations of buildings and infrastructure. Our scanning services generate precise point cloud datasets that support renovation design, BIM modeling, construction coordination, and facility documentation.
Why Leading Design Teams Use Laser Scanning
Traditional field measurements often result in incomplete documentation and costly surprises during construction. LiDAR scanning captures millions of measurements in minutes, creating a complete digital record of the building.
Design teams can then work from highly accurate existing conditions data, improving coordination and reducing risk throughout the project lifecycle.
Key Benefits
Millimeter Accuracy
Capture precise building geometry for design and documentation.
Fewer Site Visits
Teams can reference point cloud data remotely, reducing travel and field verification.
Better Coordination
Point clouds integrate directly into BIM workflows, helping teams detect conflicts earlier.
Reduced Risk
Accurate existing conditions minimize costly construction changes.
Our Laser Scanning Services
Existing Conditions Documentation
Accurately capture buildings and infrastructure to support renovation planning, facility documentation, and architectural design.
BIM Modeling from Point Clouds
Convert scanning data into detailed Revit models and BIM datasets used by architects and engineers.
Large Facility Scanning
Our team specializes in scanning hospitals, universities, stadiums, and large commercial facilities.
Construction Verification
Compare scanned as-built conditions with design models to confirm installation accuracy.
Historic Building Documentation
Capture detailed geometry of historic architecture for restoration and preservation projects.
Digital Twin Creation
Develop data-rich digital models used for facility management and long-term planning.
