3D Scanning
What is 3D Scanning?
3D scanning in geomatics captures detailed 3D data of objects and environments using technologies like LiDAR and photogrammetry.
This precise spatial data benefits urban planning, construction, archaeology, and forestry by enhancing accuracy and efficiency. It
aids in better decision-making and resource management by providing comprehensive digital representations of physical spaces.
3 Benefits
Enhanced Accuracy:
Captures highly precise spatial data.
Increased Efficiency:
Speeds up data collection and processing
Improved Decision-Making:
Provides comprehensive digitalrepresentations for better analysis and planning.
Utilization
Topographic Mapping:
Creating detailed maps of the earth’s surface.
Site Surveys:
Conducting precise surveys for construction and development projects.
Volume Calculations:
Measuring stockpile volumes in mining and construction.
Heritage Preservation:
Documenting and preserving historical sites and artifacts.
Infrastructure Inspection:
Assessing the condition of bridges, roads, and other infrastructure.
Environmental Monitoring:
Tracking changes in landscapes and natural resources.
Industries that can benefit from it
Construction and Architecture:
Building design and planning,Construction monitoring and management,Renovation and restoration projects
Urban Planning and Development:
City planning and zoning,Infrastructure development,Smart city initiatives
Mining and Quarrying:
Volume measurement of extracted materials,Safety assessments and planning,Environmental impact studies
Forestry and Agriculture:
Monitoring vegetation and crop health,Land use planning and management,Precision agriculture
Oil and Gas:
Pipeline and infrastructure inspection,Site surveys and exploration,Environmental assessments
Heritage and Archaeology:
Preservation of historical sites,Digital archiving of artifacts,Site documentation and analysis
Utilities and Telecommunications:
Infrastructure mapping and inspection,Network planning and maintenance,Asset management
Innovative Geomatics Technologies at
TEC Geomatics
Leica RTC360
- Type:3D Laser Scanner
- Target Projects:3D Reality capture
- Main Purpose:Indoor & Outdoor
- Project Sizes:Medium
- Main Benefit: Purpose & Productivity
- Scan Speed: Up to 1,390,000 PTS/Sec
Trimble SX 12
- Type: Scanning Total Station
- Target Projects: Surveying
- Main Purpose: Indoor & Outdoor
- Project Sizes:Transmission lines & Pipelines
- Main Benefit: Maximum Efficiency & 1” angular accuracy
- Scan Speed: 26,000 Points Per Second/2.5 min
NavVIS VLX 3
- Type: Wearable Mobile Mapper
- Target Projects: Groundbreaking SLAM(Simultaneous Localization And Mapping)
- Main Purpose: Indoor & Outdoor
- Project Sizes: Small To Large
- Main Benefit: For Complexity & Efficiency
- Scan Speed: 1.2 Million Points Per Second
Snoopy A-Series HDL
- Type: 3D Laser Scanner
- Target Projects: Corridor & Open Areas for Aerial use
- Main Purpose: Outdoor
- Project Sizes: Medium to Large
- Main Benefit: Performance & Productivity
- Scan Speed: Up To 1,390,000
Leica BLK360
- Type: Imaging & LIDAR Scanner
- Target Projects: Architect & Design
- Main Purpose: Indoor
- Project Sizes: Simplicity & Portability
- Main Benefit: Simplicity & Portability
- Scan Speed: 360,000 PTS/Sec
Leica P-Series
- Type: Survey Grade Scanner
- Target Projects: Surveying
- Main Purpose: Indoors & Outdoor
- Project Sizes: Large
- Main Benefit: Versatility & Precision
- Scan Speed: 1,000,000 PTS/Sec