Brooks 3D is dedicated in providing the client with accurate 3d laser scanning by capturing real world conditions and delivering CAD & Revit files

By using 3D Laser Scanning we offering the most efficient method for 3D measurement and 3D image documentation. In only a few minutes, this 3D laser scanner produces dense point clouds containing millions of points that provide incredibly detailed 3D color images of large scale geometries. Multiple scans from different positions can then be placed to create a cohesive point cloud, resembling an exact measurable copy of even the most complex and large structures. Laser scanning is ideal for 3D m...

By using 3D Laser Scanning we offering the most efficient method for 3D measurement and 3D image documentation. In only a few minutes, this 3D laser scanner produces dense point clouds containing millions of points that provide incredibly detailed 3D color images of large scale geometries. Multiple scans from different positions can then be placed to create a cohesive point cloud, resembling an exact measurable copy of even the most complex and large structures. Laser scanning is ideal for 3D modeling of large-scale scenes. It helps Facility Managers generate as-built documentation of assets. Consulting Engineers can reverse engineer CAD models for process plant design and maintenance. Forensic scientists obtain accurate accident and crime scene recording. Surveyors use it for a topographic survey or to monitor conditions during mining. Building Contractors can model their structures as they evolve. It supports architects in preserving our cultural heritage with 3D models of historic buildings. The applications are unlimited...... •Building Information Modeling - BIM: Efficiently capture As-built and As-Is conditions for MEP or Structures contractors working on virtual design and construction (BIM) projects •Industrial Facilities: Capture accurate as-built documentation of a facility for redesign and revamp projects or for updating existing plant documentation in 3D •Inspection/Reverse Engineering: Extract measurements and create 3D models when there is no existing CAD data available. Perform detailed inspections and comparisons to existing models, surfaces and point clouds •Tunneling: Capture tunnel profiles and center lines for comparison with design, measuring undercut/over cut and volumes of extracted materials •Crime Scene & Forensic: Quickly and thoroughly document accident and crime scenes including color for real world visualization