HIGH DEFINITION 3D LASER SCANNING is the definitive method of recording any area, building or object in 3D. This eliminates the need for site re-visits and will “preserve” a fully measurable data set for indefinite use and archive.
The data generated from laser scanning can be used to not only provide drawn elevations, plans and sections, but also used to form the basis for 3D models, reconstruction and visualisation.
Benefits include:Design•Bring the building/location/object/plant to your desktop
•Design carried out on top of real scanned ’as-built’
•Scan visualisation eliminates the need for designer visits to site
•Provides design validation improvements
•Scanning controls design changes
•Design timescale and cost reduction
•Risk mitigation
Construction•First time fit strategy
•Building scheduling and phases built into design
•Scanning eliminates rework and cost acceleration
•Enhanced scheduling
•Scanning is used to solve construction problems
•Risk mitigation
Post Construction•Accurate as-built records
•Ongoing use of data
•Future modifications
•Maintenance and operations of asset
•HSE and 3rd party requirements
Heritage and Archaeology•Unparelled record and preservation of site or structure
•Highly detailed data for restoration
•Highly detailed data for reconstruction and visualisation
•Take the building/location/object to any desktop around the world
•First steps scanning to preserve a scene before investigation
•Safe scanning of unsafe structures
3D Laser Scanning data is used for:Architectural Design – Engineering/Plant design - Heritage/Preservation – Archaeology – Construction and Civil Engineering – Reverse Engineering - – Crime Scene Investigation – TV and Film Industry – Monitoring – Building Surveys - Topographical Survey - 3D modeling - Visualisations - Education.
Please call for more information
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Oakes Surveys » 3D Laser Scanning
3D Laser Scanning
HIGH DEFINITION 3D LASER SCANNING is the definitive method of recording any area, building or object in 3D. This eliminates the need for site re-visits and will “preserve” a fully measurable data set for indefinite use and archive.
The data generated from laser scanning can be used to not only provide drawn elevations, plans and sections, but also used to form the basis for 3D models, reconstruction and visualisation.
Benefits include:
Design
•Bring the building/location/object/plant to your desktop
•Design carried out on top of real scanned ’as-built’
•Scan visualisation eliminates the need for designer visits to site
•Provides design validation improvements
•Scanning controls design changes
•Design timescale and cost reduction
•Risk mitigation
Construction
•First time fit strategy
•Building scheduling and phases built into design
•Scanning eliminates rework and cost acceleration
•Enhanced scheduling
•Scanning is used to solve construction problems
•Risk mitigation
Post Construction
•Accurate as-built records
•Ongoing use of data
•Future modifications
•Maintenance and operations of asset
•HSE and 3rd party requirements
Heritage and Archaeology
•Unparelled record and preservation of site or structure
•Highly detailed data for restoration
•Highly detailed data for reconstruction and visualisation
•Take the building/location/object to any desktop around the world
•First steps scanning to preserve a scene before investigation
•Safe scanning of unsafe structures
3D Laser Scanning data is used for:
Architectural Design – Engineering/Plant design - Heritage/Preservation – Archaeology – Construction and Civil Engineering – Reverse Engineering - – Crime Scene Investigation – TV and Film Industry – Monitoring – Building Surveys - Topographical Survey - 3D modeling - Visualisations - Education.
Please call for more information