Since its introduction in the 1990s, also known as laser scanning laser which has expanded applications for businesses as diverse as engineering and historic preservation. Unlike traditional surveying methods, laser scanning can complete the survey process in just one session surveys, and can reduce costs by limiting engagement survey surveyor.
But most important of all: laser scanning offers survey data is more accurate than traditional survey, making it ideal for applications that survey methods older inadequate for, such as parts tips for overcoming warping, under trimming, and more than pruning, and collect surface data object inheritance for recovery purposes.
For companies that are still using traditional surveying, laser resistance surveys are usually rooted in a lack of knowledge about its capacity. To give an example of this capacity, we offer a glimpse of how high definition Laser survey of airport organization in the industry of architecture, engineering, history and law enforcement.
Contributions of high definition laser surveying to architectural planning is really huge, which resulted in the following applications, among others: 2D and 3D images of building facades, scan the roof that reveals need for improvement, presentation video fly-through, texturing of the surface, a graphical modeling in 3D scans, interior decoration modeling, animation and 3D scans the outside, the building increased security, land terrain modeling, and environmental metrics for analysis and modeling. All 3D imaging capabilities for architectural planning to have an electronic output files to AutoCAD or Micro Station, and all the 3D images are presented with a registered coordinate points.
Engineering industry is an industry that is most associated with laser scanning, and it is easy to see why. Laser scanning benefit the engineering industry by offering the following applications, among others: the clash control for piping, BIM modeling, construction verification of compliance with technical specifications, the initial measurement and verification of the foundation structure, the 3D topography of the site scanning, and real-time GPS. All 3D imaging capabilities for engineering to be output electronically for AutoCAD, Micro Station, and CAiCE.
One of the better known applications Laser survey is in the historic preservation community, where it was used to collect data from conservation bodies and structures for recovery purposes. A recent example laser surveys used for historical purposes jasa topografi can be seen in scanning in May 2010 of the monument Mount Rushmore. Data collected during scans of historic objects can also be used to produce a miniature version of the famous objects for retail, with the Eiffel tower a perfect example.
In using a laser scanner to collect crime scene and the scene of accident data, law enforcement completed three things: a collection of regular physical details that could prove valuable later; the preservation of all physical evidence of a crime in case things go cold; and the ability to create a scene and animation accident that reveal how a crime or an accident occurs.