3D SCAN / Lasergrammetry
Terrestrial lasergrammetry is a fast and automatic 3D data acquisition technique, using laser light, to measure the 3D coordinates of points on surfaces from a static terrestrial position and without direct contact with the object of interest.
Geospatial acquisition and data processing system
The main difference compared to classical topography is that the object is surveyed as
a whole and not only its characteristic points. The raw data is a cloud of points from which a 3D model is derived after processing.
The latter allows us to reach a better resolution. This technique is mainly used for the knowledge of the geometry of the installations, their follow-up and maintenance, as well as their archiving in 3D.
It is also used in BIM projects that provide architecture, engineering and construction (AEC) professionals with the information and tools needed to more effectively plan, design, construct and manage buildings and infrastructure.
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Applications
3D SCAN / LASERGRAMMETRY
- 3D Mapping
- 3D Modeling
- Auscultation
- BIM
- Calculation of volumes
- Virtual reality
- 3D Mapping
- 3D Modeling
- Auscultation
- BIM
- Calculation of volumes
- Virtual reality
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FEATURES |
3D Scanning / Lasergrammetry |
|---|---|
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SENSOR |
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Technology |
Laser Scanner |
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Model |
GTL-1003 |
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Speed of rotation |
180°/s |
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ANGLE AND DISTANCE MEASUREMENT |
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Accuracy |
3" |
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Compensation range |
More or less - 6' |
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CAMERA |
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Field of view |
V: 270 degree / H: 360 degree |
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Number of effective pixels |
5M pixels |
Need to obtain 3D data quickly to measure GPS coordinates?
