3D Laser Scanning Services and Their Uses

High-definition surveying is recommended for faster and accurate results, especially for applications where mistakes and data inaccuracy could mean unpleasant and costly results. 3D laser scanning is among the most advanced and updated among high definition land surveying methods. This HD survey technique is used by builders, project developers, and architects to obtain crucial data on land that is already being used or constructed and needs further examination for destruction, remodeling, or renovation.

One of the benefits of 3D laser scanning is that it is non-destructive and non-contact. It takes digital images of the shape of a physical object using a line of laser, then loading the exact shape and size of that object into a computer as a three-dimensional image. The technology lets you view the finest details. It can capture any free-form shape, too, making it ideally suitable for measuring and inspecting complex geometries and contoured surfaces.

HD 3D laser scanning involves a versatile state-of-the-art scanning system that is fast and accurate. It works together with high-end software used for viewing the scanned images in panoramic view. The software can quickly and easily display the markups and other crucial measurements, too. The scanner takes photo realistic 360 x 320-degree panoramic scans, too, so surveyors have more precise and exclusive 3D images for reference.

A 3D HD survey can be applied to different applications, such as the following:

1. Damage and condition assessment
2. Creation or updating of as-built documentation
3. 3D semi-automated modeling
4. Clash/interference checking
5. Weld peaking reports
6. Deformation analysis
7. Tank/vessel volume information 

The technology behind 3D laser scanning services make them versatile for other applications, too, including the creation of 2D plans and data exchange with CAD platforms. The survey can provide comprehensive 3D CAD models quickly and precisely from point clouds, thus, saving you time and effort. The service is applicable on any project's developmental phase, such as the planning and initiation phase, upgrading phase, and at the end of the project.

3D Laser Scanning Services More Realistic Approach to Surveying

3D laser scanning has without a doubt revolutionized land surveying, among many other fields and industries. The latest in laser scanning technologies, techniques, and methodologies enable survey professionals help clients plan and execute projects in the most efficient manner while enabling customers to analyze every component and feature of facilities and sites. The many advanced capabilities of 3D lasers and equipment help ensure the accuracy of data gathered and, in turn, allow surveyors make sound recommendations on which critical decisions about property development can be based upon. Sound data collection and survey accuracy are important keys to the success of projects during all stages of the process, from planning all the way through to completion.

There are many benefits to using 3D laser scanning technology for survey applications, among the most notable of which is the faster completion and shorter field time. In the past, field surveys would usually take several days to a few weeks to complete. Today’s 3D technology, however, speeds up the entire process, cutting down several days to a week’s worth of survey work to just one day of scanning. Additionally, 3D laser scanning allows for the creation of complete fly-throughs, detailed animations, and 3D models in no time.

Because field time is cut down significantly, laser scanning also allows for reduced project costs. This is also largely because of the increased efficiency and accuracy of surveys, which means less room for mistakes and errors that often require re-scanning of the space. Data accuracy also provides you with a solid knowledge base that enables better planning of projects. An extremely versatile tool, 3D laser scanner technologies also find great applications outside of land surveying and can be used for all kinds of survey tasks from budgetary and timeline preparation to historical preservation, change detection, accident reconstruction, hazard surveying, and a lot more.