JPJ Engineering is fully equipped for 3D laser scanning and the process of delivering point clouds, project models, and high-definition mesh products. 3D laser scanning uses safe light lasers through a non-destructive technology to produce high-accuracy data points. By combining millions of closely spaced data points, the point cloud is created. These point clouds are then used to create a model or a high-definition mesh that represents the object's surface in an editable CAD drawing.


The digitization of real-world objects provides detailed as-built conditions for many technical applications.

Architecture

  • 2D/3D building facades

  • 2D plans

  • Building info. modeling

  • Building elevations

  • Roof surfaces

  • Interior surface scanning

  • Historical preservation

Construction

  • Site modeling

  • Volume calculation

  • Foundation certifications

  • Construction verification

  • Stockpile surveys

  • On-going as-built monitoring

Engineering

  • Topographic scanning
  • Bridges/tunnels/culverts
  • Renovation projects
  • Water/wastewater plants
  • Roadway/interchanges

Industrial

  • As-built conditions
  • As-existing conditions
  • Piping systems
  • Low light surveys
  • Confined space surveys
  • MEP surveys
  • Beam & posts surveys
  • Reverse surveys

JPJ Engineering offers 3D laser scanning with data capture at up to 216,000 points per second. This can rapidly produce high-accuracy, clean data that is unrivaled. The ability to produce high-accuracy data positions is ideally suited to a variety of industrial and high-accuracy civil applications.

  • Industrial Facilities: Capture high-accuracy, as-built documentation for facility redesign and revamp projects or for updating existing plant documentation.
  • Civil Engineering: For projects with tight tolerances and complex designs. This is the best tool to rapidly capture highly accurate 3D data.
  • Inspection/Reverse Engineering: Extract measurements and create 3D models when there is no existing CAD data available.
  • Surveying: Capture high-resolution data for topographical maps, generate 2D and 3D CAD views, and measure distances, areas, and volumes.

3D Laser Scanning