3D laser scanning is a great way to create as-builts of highly ornate building facades, the interior of industrial facilities that have complex piping, structural, and mechanical systems, hard to access signage, and the list of uses goes on and on. Therefore 3D laser scanning, or high-definition surveying (HDS) as it is synonymously known, could be useful to architects, contractors, engineers (e.g. civil, structural, etc.), plant designers, and others too.
The Equipment
Leica HDS6200 | |
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Instrument type | Compact, phase-based, dual-axis sensing, ultra high-speed laser scanner, with survey-grade accuracy and full field-of-view |
Operating temp. | -10° C to +45° C |
Lighting | Fully operational between bright sunlight and complete darkness |
Humidity | Non-condensing |
Reflectivity | No retro-reflectors |
Accuracy of single measurement | 5mm, 0.4m to 25m range (At 127.000 pts/sec scan rate, one sigma) |
Range | 79m ambiguity interval |
The Procedure
The procedure to create drawings from a 3D laser scan is a three step process that consists of scanning first, scan data registration second, and lastly data modeling/processing. Below is an introductory video on HDS.
Some Project Samples
I’ve been a part of putting together a number of 3D laser scanning projects in New York City. Below are images of just a couple of the projects.
Contact
If you’re considering implementing 3D Laser Scanning for a situation that you have, then please feel free to call me, Brian M. Curran, the NYC based computer drafting services consultant today to discuss your project. Call now at: 718.441.3968 or email at: [email protected]