3. Laser scanning
Definition: Measuring
distances and angles at a
high rate of speed using
a laser scanner
Laser scanner sends out
laser light beam and
measures distance to a
point based on phase
shift of beam
4. Applications
— Renovation of existing buildings
— Renovation projects (healthcare, historic buildings,
stadiums)
— “As-built” data collection for frequently remodelled facilities
— Healthcare facility mapping of piping and equipment
— As constructed project documentation
— Civil infrastructure surveys
— Road and bridge construction data
— Topographic mapping
— Ability to integrate data with BIM model
5. Applications
— Power industry documentation (substations,
transformers, switchgear)
— Industrial facility mapping
— Calculating volumes for detention ponds,
stockpiles, mining, etc.
— Archaeological and cultural documentation
— Crime and accident scene documentation
6. Data collection
process
Spheres and paper
targets placed in key
locations
Scan multiple
locations to cover all
sides
Capabilities: 120,000
points per second
8. Creating a 3-D drawing
— Use data to create a 3-D drawing showing
relevant project information
9. Integrating with BIM
— Field data collected is drawn in 3 dimensions,
enabling integration into 3-D BIM design models
— A&O pioneering 3-D design in Wisconsin
15. Benefits
— Provides easier “As-built” record documentation
— Reduces field data collection time and cost
— Records and measures all visible data
— Records actual conditions of building, piping, etc.
16. Benefits
— Allows for 3-D design
— Provides accurate, efficient documentation
— Allows viewing of a room or building from any
angle or perspective