3D laser scanning of buildings provides several benefits over traditional measurements and surveys. Moreover, it is the quick speed and range of data collection that increases several other perks of 3D laser scanning. 3D scanning enables measurements to be performed with lowered risk, time and cost savings, and non-contact analysis. These advantages make 3D laser scanning an important and versatile service.
How Does 3D Laser Scanning Help in Building Construction?
Many well-known players in the AEC (Architecture, Engineering, and Construction) industry depend on laser scanning for creating highly precise and detailed BIM models. These models, utilized in the refurbishment or renovation of old buildings and as-built projects, present that building’s geometry. Laser scanning helps rebuild ancient monuments or heritage buildings without destroying them.
3D laser scanning is also employed in other applications, such as comparing design intent to as-built projects, virtual design construction, BIM, as-built conditions, and quality control during construction. Internal and external laser scanning help create precise 3D measurements while helping to build smart 3D models.
Importance of 3D Laser Scanning
Here’s why you should choose the 3D laser scanning service:
1. Comprehensive Building Measurements
The building model measurement using 3D laser scanning is not only limited to creating designs or parts but also to assess and calculate the entire costing, budgeting, schedule, and timeline while exploring interruptions that might come during the time of rebuilding.
2. In-Depth Design Authorization
To refurbish or remodel a building, the main step is to assess and measure the structure or building and authorize the new design. This helps create a 3D BIM model with details like columns, slabs, windows, doors, beams, or an MEP element. These BIM models are utilized to perform interruption checks and clash identification. The 3D laser scanning service gives improved precision as the as-built model completely relies on the building’s real laser-scanned pictures.
3. Improved Planning and Designing
The disputes over newly designed components and current conditions are measured before construction. The precise dimensions achieved from laser scans help enhance strategizing by giving accurate assessments for the removal and demolition of elements and also help lower waste materials.
4. Impeccable Collaboration and Coordination between Several Teams
With 3D laser scanning, the 3D models created through the scan collaborate, coordinate, and accomplish impeccable communication among electrical engineers, design engineers, MEP consultants, contractors, architects, etc.
5. Risk Reduction
The fast data capture and remote sensing capacity of laser scanning technology reduce human exposure to high-radiation areas and dangerous environments. A 3D laser scanner can capture accurate analysis of ductwork and high ceilings beyond human reach. Site security is considerably enhanced by a person equipped with a laser scanner.
6. Elimination of Cost and Schedule
According to a study, using laser scanning technology in BIM lessens the entire project’s expense by 5 to 7%. Wrong site analysis causes extra costs in man-hours, device rentals, extra trade materials, and project delays. With the precise site condition offered by the laser scan data, teams can make efficient strategies and prevent expensive mistakes.
Measure Up Corp. offers in-depth 3D laser scanning of buildings by professional surveyors, containing non-contact data capture, fast analysis, and comprehensive documentation. Contact us today to learn more about our services.