3D Scanning for Architecture, Engineering & Construction
3D scanning is a way of taking detailed scans for use in various industries. It is most often used in construction, architecture, and engineering. This practice is becoming so popular that it will likely become the standard way of surveying and analyzing to collect data for projects and business operations. Here is a look at the uses of 3D scanning for architecture, engineering, and construction.
Construction Site Surveying
Before any construction project starts, the construction site must be surveyed. Construction document scanning lets companies create detailed maps of the area that can be used in the planning process. Architects, engineers, and construction teams all need a highly accurate description of the workspace to begin planning. 3D laser scanning for construction produces documents with a much higher level of quality than more traditional methods, and in a fraction of the time.
Laser scanners like the Leica ScanStation 350 are capable of taking up to 1 million scans per minute with an accuracy down to fractions of a millimeter and ranges up to 1 km. A scanner like this can easily make laser scan architectural drawings and map a construction site in a fraction of the time that other methods take, reducing costs and improving overall planning performance.
In the architectural and construction industries, 3D scanning is used to analyze structures and objects to create a digital 3D model. Architectural laser scanning can be used to see how certain buildings would be affected by natural disasters or other destructive forces. It can also be used to determine if buildings are structurally sound or if they need repair or rebuilding.
In many cases, this type of structural analysis is too dangerous for crews to get close to. Fortunately, you can mount most 3D laser scanners on drones that can fly to the target area. The Leica BLK2FLY is a drone with a 3D laser scanner built-in, so you only have to work with one system to get the job done. Crews can stay safely away from the structure while still getting the scans that the company needs.
3D laser scanning technology can also be applied to robotics. Engineers have been looking for ways to give robots better navigation skills. Scanners like the Leica BLK ARC make this possible by taking scans and feeding them to the robot’s processor in real-time so that it can see.
Similar scanning methods can also be used to create 3D models of things that robotic arms are working on. This happens a lot in manufacturing where robotic arms and automation are used extensively to reduce costs and increase productivity.
Civil engineers use 3D scanning technology to create models of bridges and other structures, construction sites, and already standing buildings. Civil engineers have to take scans that are both highly detailed and cover a large area. While scanners can be used to collect that data, managing that much data requires special software, like Autodesk.
The data for each measurement, which can range in the billions of measurements per project, are fed into the software to create a point cloud. It is a series of dots that outline what the scanner saw. The software can help fill in the gaps to create a complete 3D model that can be used for planning and construction.
Learn More About 3D Laser Scanning from NOAR Technologies
The possibilities of what to do with 3D laser scanning continue to expand as more companies adopt the technology for their needs. Learn everything that you need to know to adopt 3D laser scanning for your business from NOAR Technologies. We are one of the best resources for education, training, equipment purchases, rentals, and software related to 3D laser scanning technology. Call us at (248) 906-2375 to discuss your needs with our team.
Original Source: https://bit.ly/3KHelfH