Artec 3D scanner
Artec Eva
Artec Space Spider
Artec Leo
Artec Ray II
Artec Micro
Faro 3D laser scanner
FARO® Focus Premium
FARO FocusM 70
FARO FREESTYLE 2
Faro industrial reverse scanner
FARO® Quantum Max ScanArms
Quantum Max FaroArm
FARO® Vantage Laser Trackers
FARO® Vantage Laser Trackers
UAV Tilt photography
MS-Smart 2
RIEGL Terrestrial Laser Scanning
RIEGL VZ-400i
RIEGL VZ-2000i
RIEGL VZ-4000
RIEGL VZ-6000
GoSLAM
GoSLAM VS120
GoSLAM RS100S
GoSLAM RS100i
GoSLAM DS100
GoSLAM RS100
GoSLAM VS100
High resolution aerial camera
Phase One iXU 180
Phase One iXU 150
Collaborative robot
Collaborative robot
3D Lidar
OS1 Lidar
3D scanner accessories
标靶球(配准)
棱镜球(配准)
TSP定位装置
ATS positioning registration kit
ATS positioning registration kit
Faro software
AS-BUILT FOR AUTOCAD®
AS-BUILT FOR REVIT®
FARO Scene2019
BuildIT Construction
Clear Edge software
EdgeWise Plant
EdgeWise MEP For Revit
EdgeWise Building
EdgeWise Structure
ClearEdge Verity
3D Reshaper software
3D Reshaper
3D Reshaper LSDK
Arena4D
Arena4D
Artec post-processing software
Artec Studio 14
Artec Studio 15
Artec Studio 17
PhotoScan software
PhotoScan software
Onrol products
空间数据浏览器
激光雷达综合应用平台
Building and engineering
City planning
Digital City
Tunnel engineering
Highway acceptance
Settlement monitoring
Building structure safety inspection
Urban disaster analysis
Bridge reconstruction
railway construction
Airport and port
Cultural heritage protection
Ancient architecture protection
Site excavation protection
Paleontological record
Digital Museum
Geological and scientific applications
Terrain Surveying
Landslide monitoring
Mining operation
Forest green quantity
Electricity and water application
Substation
Power line inspection
Reservoir and dam
Manufacturing and digital factory
Plant facilities
Detection and reverse engineering
Aviation and shipbuilding
Public security application
Traffic accident
Crime scene
针对自然灾害高发地区,预先收集自然灾害发生前灾区的高精度基础地理信息,包括地形数据、影像数据及其他相关环境数据。利用机载激光雷达,地面三维激光扫描仪及卫星遥感等手段采集灾害后灾区的高精度基础地理信息,利用数字测量技术制作灾区高精度数字正射影像(DOM)、数字高程模型(DEM)、数字线划图等基础地理数据。
利用以上数据,运用计算机三维视景仿真技术和虚拟现实技术,在计算机中构造一个基于真实基础地理数据的灾区灾前灾后的三维虚拟场景,真实重现灾区的三维地形地貌变化情况,支持任意场景漫游、基础地理数据查询、空间分析等功能,并可结合救灾和灾后重建的实际需求,为救灾和重建过程中的科学决策提供支持。
实际应用,对比、了解灾区的地形、地貌变化情况,具体分析地形与地貌变化空间特征,为灾害过程中的救援、损失评估、灾后重建提供决策支持。
图:飓风过后的防洪堤岸

图:飓风导致的严重灾害,水土流失及堤岸的防洪治理
Building and engin
Cultural heritage
Geological and sci
Electricity and wa
Manufacturing and
Public security ap



