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
古建筑延续了历史文脉,是人类文明的载体。随着社会经济的发展,古建筑的价值逐渐受到人们的高度重视,对于古建筑必须采取积极地手段、先进的技术进行保护和利用。
传统的古建测绘方法是以直尺和角尺、垂球等工具直接量取建筑物及其构件的尺寸而获取的最终资料是图纸以及一些文字录。三维激光扫描技术是通过高密度的扫描点来表达和记录被测物体尺寸和形态的技术,点云数据是最为原始的测量数据,被测物体的三维几何信息都蕴含在点云数据中。立体模型可构建三维数字模型,作虚拟现实和模拟修复等应用,亦可制成各类工程图、结图、切面图等。
图:建筑点云数据
全面的古建筑模型信息可以帮助研究人员更加深入地研究古建筑的结构、艺术价值、营造方法。在古建修缮工作中,进行准确、全面的现状测量是分析结构变形和绘制设计图纸的基础工作。扫描数据的高密度、可视化、三维数字化为测量以及修复提供了更加精确更加完善的依据。
Building and engin
Cultural heritage
Geological and sci
Electricity and wa
Manufacturing and
Public security ap



