3D High Definition Laser Surveying (HDS)-also known as laser scanning-reduces the cost of surveying by offering
accurate results in as little as one surveying session. When using laser scanning, we can view an object's data results
according to three basic data models:
- Polygon Mesh Models-typically used to conceptualize an object.
- Surface Models- used to model the surface of an object.
- Solid CAD models-used to incorporate design intent and can be directly manufactured from.
Scanning allows you to capture vast amounts of data quickly compared to conventional surveying. This means we
can collect up to 50,000 points in mere seconds versus 1,000 points per site visit. This allows a smaller window of
time for data collection.
HDS gathers hard to collect data while allowing our crews to get in and out quickly minimizing any disruption
to building occupants or the most delicate surfaces.
All scanned information is captured in 3D and can be represented either in 2D or 3D for the final deliverables.
In addition, not all information needs to be extracted right away. This gives you the flexibility to manage your
costs by only extracting the data you need, when you need it. As your project progresses, should there be a
need for more information it can be obtained without the need for further survey.
Once the scan data is modeled, drawings can easily be generated from the model in the form of unlimited
sections in any direction, vertically or horizontally.
Remote locations with limited access are not a problem with the portability of the scanner, which allows the
surveyor the flexibility he needs in even the tightest fit which also mitigates financial risk and safety issues.
True View creates an image you can measure with few visual obstructions.
Turn around time for Laser Scanning will improve your product quality, shorten its production cycles and
increase efficiency.
HDS offers many benefits for users of accurate spatial datasets. Civil Engineers, Pipe Designers, CAD Operators, Architects, and many others, all experience the added-value-benefits.
