When it comes to make precise measurements in complex environments, high definition scanning – or 3D Laser survey, as it is sometimes called – quickly made its way to the forefront in various industries from engineering to historic preservation.
Engineers use laser scanning to work with real-world conditions in industrial environments as-built and complex plants. Construction companies use them to collect the right data in the field and renovation sites, and architects use it to check the model of the proposed design of the existing conditions to enhance their designs. If you are looking for lidar technology companies then check https://www.lidarinsurance.com/.
Image Source: Google
Insurance companies and law enforcement even get on the board, utilizing technology to create a large-scale accident scene.
Why is it better? For one, the laser scan is very precise. Image made from "point cloud" of millions of points can be measured precisely, including distance and elevation between points. They are also versatile. Scan, when used with a digital color photograph, can produce survey-quality files, videos or even 3D models of computer animation and very intuitive that even a beginner can understand the information.
It allows us to take more scans and captures more detail than we did before.
Scanning is almost always pays for itself. It is cheaper in the long run because you can come back several times from the original scan your computer desktop without having to visit the project site. Also, because the technology is so precise, the need for development and strengthening of costly reworks minimized or eliminated altogether.
For companies thinking about engaging with this technology, there are currently three ways to capture 3D data on large-scale projects: Airborne LIDAR (Light Detection And Ranging), Mobile LiDAR, and Terrestrial Scanner, which all data from LIDAR.