3D Laser Scanning Survey
In a 3D Laser Scan, high-end LIDAR (Light Detection & Ranging) survey-grade 3D laser scanner is used to conduct 3D laser scanning to capture and collect data and positions for structures, buildings’ exterior (building facades), buildings’ interior or M&E services. The position relative to the scanner is recorded as a X,Y,Z co-ordinate, known as data point. Millions of these data points together make up highly accurate digital images, commonly referred to as point clouds.
Scan-to-BIM is the process of using the scanned data or point clouds to create an as-built three-dimensional digital model. The 3D models will include visible items scanned such as wall, column, beam, ceiling, floor, windows, doors, facades, services etc.
Our 3D BIM models are geo-referenced to the Singapore SVY21 coordinate system for Easting and Northing (X,Y coordinates) and to the Singapore Height Datum (Z coordinate).
In a 3D Laser Scan, high-end LIDAR (Light Detection & Ranging) survey-grade 3D laser scanner is used to conduct 3D laser scanning to capture and collect data and positions for structures, buildings’ exterior (building facades), buildings’ interior or M&E services. The position relative to the scanner is recorded as a X,Y,Z co-ordinate, known as data point. Millions of these data points together make up highly accurate digital images, commonly referred to as point clouds.
Scan-to-BIM is the process of using the scanned data or point clouds to create an as-built three-dimensional digital model. The 3D models will include visible items scanned such as wall, column, beam, ceiling, floor, windows, doors, facades, services etc.
Our 3D BIM models are geo-referenced to the Singapore SVY21 coordinate system for Easting and Northing (X,Y coordinates) and to the Singapore Height Datum (Z coordinate).
Tunnelling Survey
3D Laser Scanning Survey
Automated Deformation Monitoring Survey
GPS Survey
Engineering Survey
Cadastral Survey