FARO® BUILDIT CONSTRUCTION SOFTWARE FARO’s verification construction software for quality assurance and quality control processes OVERVIEW FEATURES TRIAL DOWNLOAD FEATURES OF THE FARO BUILDIT CONSTRUCTION 2019 SOFTWARE VALIDATION TO DESIGN MODEL – ENSURE THAT BUILDINGS ARE BEING CONSTRUCTED TO DESIGN SPECIFICATIONS • Verify accuracy of as-built scan data to design models • Perform surface analysis against any modeled object • Ensure adherence to BIM — Identify components or assemblies that were constructed — Detect incorrect placement or missing features such as walls, columns, beams, pipes, etc… TOLERANCE EVALUATION – KEEP THE PROJECT ON SCHEDULE WHILE REDUCING SCRAP, TIME AND RESOURCES • Perform important inspections accurately and quickly — Inspect floor flatness and levelness to the ASTM E1155 standard, with accompanying report and topographic curves — Calculate tank deformation and volume to determine deviations during installations — Check walls for plumb and flatness with or without design models — Calculate cut and fill volumes accurately and effectively with wall detection, debris and rebar removal — Measure the deformation of constructed objects (ie. beam camber, wall and floor flatness, cracks and more — Calculate the fill volume for tanks from scan data and create reports automatically. POSITION AND MONITOR – ESTABLISH LIABILITY DOCUMENTATION, RISK MITIGATION AND QUALITY PREFABRICATION • Conduct 4D Cloud to Cloud comparisons — Monitor adjacent buildings during construction — Evaluate site deformation to measure movement or settling over time • Interface with laser projectors to: — Project design templates for prefabricated parts and assemblies — Project equipment placement for factory layout and planning — Measure flatness and project the results back onto the surface • Position structural elements and prefabricated parts in real time using laser trackers or total station DATA IMPORT UTILIZATION – SPEED UP THE PROCESS USING DIRECT IMPORT DESIGN FILES • Import scan data from various laser scanner manufacturers and CAD platforms from file types such as: asc, csv, e57, fls, fws, las, laz, lsproj, pts, ref, txt, xyz • Upon import, data can be registered using SCENE’s registration API. Begin quality control onsite and speed up the inspection process • Import design files in industry-standard formats: Autodesk® AutoCAD® (dwg and dxf versions 2.5-2018), Revit® (2015-2018), ifc (2×3, 4), sat, iges, Parasolid, Step FARO BuildIT Construction 2020 - What's New
VALIDATION TO DESIGN MODEL – ENSURE THAT BUILDINGS ARE BEING CONSTRUCTED TO DESIGN SPECIFICATIONS • Verify accuracy of as-built scan data to design models • Perform surface analysis against any modeled object • Ensure adherence to BIM — Identify components or assemblies that were constructed — Detect incorrect placement or missing features such as walls, columns, beams, pipes, etc…
TOLERANCE EVALUATION – KEEP THE PROJECT ON SCHEDULE WHILE REDUCING SCRAP, TIME AND RESOURCES • Perform important inspections accurately and quickly — Inspect floor flatness and levelness to the ASTM E1155 standard, with accompanying report and topographic curves — Calculate tank deformation and volume to determine deviations during installations — Check walls for plumb and flatness with or without design models — Calculate cut and fill volumes accurately and effectively with wall detection, debris and rebar removal — Measure the deformation of constructed objects (ie. beam camber, wall and floor flatness, cracks and more — Calculate the fill volume for tanks from scan data and create reports automatically.
POSITION AND MONITOR – ESTABLISH LIABILITY DOCUMENTATION, RISK MITIGATION AND QUALITY PREFABRICATION • Conduct 4D Cloud to Cloud comparisons — Monitor adjacent buildings during construction — Evaluate site deformation to measure movement or settling over time • Interface with laser projectors to: — Project design templates for prefabricated parts and assemblies — Project equipment placement for factory layout and planning — Measure flatness and project the results back onto the surface • Position structural elements and prefabricated parts in real time using laser trackers or total station
DATA IMPORT UTILIZATION – SPEED UP THE PROCESS USING DIRECT IMPORT DESIGN FILES • Import scan data from various laser scanner manufacturers and CAD platforms from file types such as: asc, csv, e57, fls, fws, las, laz, lsproj, pts, ref, txt, xyz • Upon import, data can be registered using SCENE’s registration API. Begin quality control onsite and speed up the inspection process • Import design files in industry-standard formats: Autodesk® AutoCAD® (dwg and dxf versions 2.5-2018), Revit® (2015-2018), ifc (2×3, 4), sat, iges, Parasolid, Step