3D Laser Scanning is a technology that maps the world around us to sub-mm accuracy.
Our high-tech 3D laser scanners capture millions of points per second. Together, these points form a photo-realistic ‘point cloud’ that mirrors the real world.
Through 3D Laser Scanning, we offer our customers coloured point clouds and visualisation software up to detailed 3D models.
Our 3D Laser Scanning and 3D visualisation solutions add value to your project during the planning, design and construction phases.
Would you like to see some examples of 3D Laser Scanning? Then take a look at our SHOWCASES.
In addition to 3D Laser Scanning, we also offer the following related services:
In construction and architecture, 3D laser scanning is used to accurately measure and model buildings and structures.
This fundamentally improves both the speed and accuracy of construction projects.
Scanning allows architects and structural engineers to precisely map existing states for renovation or restoration.
In industry, the use of 3D laser scanners is leading to improvements in the design process. Complex shaped parts can be
be digitised quickly and accurately, significantly reducing product development time. It also makes it easier
to carry out quality checks using the accurate 3D data.
3D laser data also plays a crucial role in Building Information Modelling (BIM) integration. The data collected ensures that all parties in a construction project have reliable and up-to-date information. This facilitates efficient communication and coordination that are essential in complex construction projects.
– Accuracy: With precision that can reach millimetres, 3D laser scanning offers an unprecedented level of detail.
– Efficiency: Large areas can be scanned in a short time, leading to significant time and cost savings.
– Safety: The ability to scan hard-to-reach or dangerous locations minimises safety risks.
After the raw data is collected, it requires accurate processing software to transform the point cloud into usable 3D models. These models are essential for integration into CAD and GIS systems, where precision and compatibility are key.