+971 4 3271414
Related Services
Traditional volume measurement methods can require extensive field measurements and may provide limited coverage of complex or inaccessible areas. 3D laser scanning captures millions of points across the surveyed area, creating a dense point cloud that represents the actual surface conditions.
Our survey data can be processed to generate:
These datasets provide a detailed representation of the surveyed site and support accurate volume analysis and project documentation.
Â
Our survey team captures the existing site using terrestrial laser scanners or other suitable 3D scanning technologies. Millions of measurement points are collected to accurately represent terrain, structures, stockpiles, excavations, and other surface features.
Individual scans are registered into a unified point cloud using survey control and reference points. The data is then cleaned and classified to remove unwanted objects and improve the quality of the surface model.
The processed point cloud is converted into a triangulated surface, digital terrain model, or other suitable 3D representation. This provides a detailed digital representation of the actual surveyed surface.
The generated surface can be compared with a reference surface, design surface, previous survey, or defined boundary. The difference between surfaces is used to calculate:
The final results can be delivered through detailed volume reports, 3D models, color-coded maps, cross-sections, and other survey documentation depending on project requirements.
3D laser scanning is particularly useful for monitoring earthwork and construction activities. By comparing an existing ground surface with a proposed or completed design surface, we can determine the quantity of material that needs to be excavated or placed.
For construction sites, foundations, basements, road projects, utility works, and other earthwork operations, laser scanning can provide accurate measurements of excavated areas.
By comparing the scanned excavation with the original ground surface or design model, we can calculate the amount of material removed and monitor changes throughout the project.
Â
High-Density Data
Laser scanning captures millions of points, providing detailed information across the entire surveyed surface.
Detailed 3D Visualization
The resulting point cloud and surface model provide a clear visual representation of the actual site conditions.
Efficient Quantity Verification
Survey data can be processed and compared against design or previous survey surfaces to calculate material quantities.
Repeatable Measurements
Regular scans can be performed to monitor changes and compare volumes throughout the project lifecycle.
Improved Project Documentation
3D survey data can support quantity reports, construction records, engineering analysis, and project documentation.