FARO As-Built for AutoCAD Software Versatile Reality to CAD Solutions

FARO As-Built for AutoCAD Software Versatile Reality to CAD Solutions FARO As-Built for Autodesk Revit Creating Efficiencies in Scan Data Extraction for BIM

FARO As-Built for AutoCAD Software TM Versatile Reality to CAD Solutions Enhance AutoCAD Software with Evaluation Tools for 3D Laser Scanner Data FARO As-Built for AutoCAD Software offers all the functionality that AEC professionals need to evaluate 3D laser scanner data directly in AutoCAD with the highest precision. This software extends AutoCAD tooling for point cloud modeling and analysis, photogrammetry processing, total station control and data evaluation captured from a variety of mobile mapping systems and handheld laser scanners. A high level of automation efficiently creates 2D plans and 3D models for BIM purposes. Industry-specific functions enable users to create deliverables customized to clients needs, company constraints and stakeholder specifications. Numerous export options and analytical tools ensures that the required CAD deliverables meet client expectations. Easy Management of Large 3D Scan Projects As-Built integrates seamlessly into th AutoCAD user interface. With an efficient data management system and an extended viewing option, scan navigation is simplified and provides a much clearer view of native point cloud data compared to native AutoCAD. Powerfull Tools for Fast and Easy Extraction of 2D Plans and 3D Models for BIM Best-fit line extraction paired with optional angular restrictions can be automatically fitted to point cloud slices. Commands and drawing and dimensioning of building elements ensure quick and easy analysis. Intelligent Piping and Steel Models for use in Plant Software and BIM Results of automated but user controlled workflows for modelling piping systems and steel construction are high accuracy models of pipe-runs and stacked steel, that satisfy design constraints of plant design software. Analyzing Tools for Tolerance Checkup, Clash Detections and Volume Computation Deviations of as-built CAD models with point cloud are visualized in configurable heatmaps, elevation plans or lists and used to verify the accuracy of modeling. Other analyzing tools include tank analysis, calculate masses and volumes. Use Photogrammetry Features in AutoCAD Photogrammetric functions complement evaluation of data captured by laser scanners, drones or cameras and complement the evaluation with precise and easy data extraction from images. Benefits Evaluate data captured from common devices such as; laser scanners, drones, mobile mapping systems, cameras and total stations. Integrate and evaluate as-built data within AutoCAD, AutoCAD Plant 3D, AutoCAD Civil 3D or other AutoCAD variants Use a wide range of functions designed for a variety of applications such as: architecture, civil/survey, construction QA/QC, facility/asset management, historic preservation, industrial plant/process, MEP and specialty trades Share deliverables in a standard CAD format as well as exports that meet industry specific requirements Benefit from the integration in AutoCAD and the best price/ performance ratio in its class Utilize the advantages from a FARO system solution to ensure the most straightforward interoperability to create trusted deliverables www.faro.com

Key features Easy viewing & management of large 3D scan projects Import various data formats collected from common 3D capture devices Efficient Data management: Isolation, sectioning, slicing, organized in a flexible tree structure; Image management Intuitive navigation of 3D scan projects in a realistic bubble view Evaluation of basic geometries Automatic fitting of polylines, 3D contours, planes, cylinders, truncated cones and bent cylinders from point clouds SmartSnap: Accurate Snapping of corners, edges, planes, highest and lowest point directly in point clouds Automated profile and geometry extraction supports the creation of contour-, fracture edge- and surface models. Extraction of 2D plans from 3D laser scan data Fast and precise construction of 2D plans from one or more point cloud slices (for straight and free formed contours) as well as constrained perpendicular walls Drawing commands for building elements: windows, stairs, doors, profiles Automatic alignment of walls: rectangular/parallel/aligned Pipe runs and steel beams Automatic recognition of pipes, bends, flanges, valves, reducers, tee-pieces, etc. (automatic pre-calculation accelerates user-controlled workflow) based on industry standard catalogues Extract stacked steel with catalog driven pattern recognition Export intelligent AutoCAD Plant 3D and Advance Steel objects, 3D solids or a labelled centerline layout Determine the tie-in points on flanges for alterations and extensions without modeling Analysis tools for controlling tolerances, clash detections and volume computation Verify models to clouds, export deformation reports including heat maps and elevation plans Implement given stakeholder tolerances or industry standards from e.g. USIBD or BuildingSMART Analysis of vertical tanks includes shell deformation and volume calculation including deadwood subtraction. Extract terrain, perform flatness analysis or solid modelling (2.5D meshing, terrain model) for volumetric calculations Collision analysis between scan and CAD design objects Quality control of built structures based on given tolerances and standards (LOA) Photogrammetry features in AutoCAD Software Draw easily CAD sections and façade plans by using detailed, true to scale image plans. Construct flexible 3D models from point cloud and photo integration from laser scanners or AgiSoft PhotoScan and Autodesk ReCap Photo project importation Create True Orthophotos with high quality textures from images and point clouds Unwrap point clouds or rectify photos for true-to-scale image plans e.g. towers, vaulted ceilings, facades, roofs. Combine feature data with CAD objects and structured room schedules A convenient database for feature management Room polygons and additional spatial information are managed in a clear and freely adaptable tree structure Creation and visualization of a list of floor areas at the press of a button Automatic recording of bounding polygons, calculation of surface areas, room information blocks and bill of materials supported by intelligent pattern recognition Numerous functions for asset- and feature data capture and exporting of data in a database suitable format (Excel, ASCII tables, XML, HTML, AutoCAD blocks, CAFM suitable polygon, Shapefile ) Total Station Connectivity to AutoCAD On-Site Connect and control via As-Built for AutoCAD with most common total stations/robotic stations Draw complete floor plans, sections and elevations directly on-site Setup a closed-loop traverse and 3D network, which is later used as framework for the positioning of laser scans. Stake out referenced or modeled CAD geometry to reality Industries Architecture Civil/Survey Industrial Plant/Process Construction QA/QC MEP Facility/Asset Management Historic Preservation Specialty Trades Technical Requirements Platform AutoCAD Software 2015 and above. Also compatible with associated products e.g. Civil 3D, Architecture, Map 3D. Users of elder Autodesk products please contact FARO. Operating system Dependent on the version of AutoCAD Software, 64-bit systems only. Recommended hardware requirements Data requirements Supported scan data formats Computer: Graphics card as recommended by Autodesk, RAM at least 8 GB, better 32GB and more, processor at least 2.5 GHz, better 3-4 GHz and 4-8 cores, SSD for larger projects. Registered scans (and images). E57, ASCII, LAS, FARO (LSPROJ, FLS, FWS), Leica (PTZ, PTS, PTX), Zoller&Fröhlich (ZFS, ZFPRJ), Topcon (CL3, CLR) Leica (PTG) and Riegl RiScanPro-Projects (RSP). Freecall 00 800 3276 7253 info.emea@faro.com www.faro.com FARO Europe GmbH & Co. KG Lingwiesenstrasse 11/2 70825 Korntal-Münchingen 2018 FARO FARO is a registered trademark of FARO Technologies, Inc. in the United States and other countries. MA-RF-6153-EN REV May 24, 2018

FARO As-Built TM for Autodesk Revit Creating Efficiencies in Scan Data Extraction for BIM FARO As-Built for Autodesk Revit provides quick and intuitive workflows for processing 3D laser scan data directly into Autodesk Revit using Revit objects and BIM models. It is the perfect complement for Revit users working with large point clouds and integrates seamlessly with the familiar Revit user interface. It features a wide range of evaluation tools for 3D laser scan data with customized commands for modeling and detailing BIM elements. Retain the Overview, Guaranteed A Section Manager enables users to crop point clouds inside Autodesk Revit, independent from using the current view and provides a more accurate orientation in part to hierarchical organized point cloud sections. This increases the precision of processing and allows users to easily manage and navigate the scanner data. Create 3D Models Directly in Revit Point Clouds FARO As-Built features a wide range of 3D construction aids. Users can create 3D model lines and construction points using real 3D point snap within the point cloud, independently of Revit work planes. Users fit work planes directly in the point clouds and create accurate reference lines and points by an intersection of model planes. Save Time and Money with Automated Tools Walls, pipes and structural elements like beams and columns can be created quickly and precisely. The wall types for different wall thicknesses are defined automatically. The wall alignment tool allows users to globally align, correct and fix extracted walls segments throughout an entire model. Additional functions include the automatic creation of deformed floor slabs based on floor irregularity as well as the creation of a ground surface (topo- surface). Compare the Model with Reality Surface analysis enables the comparison between the point cloud and the Revit model. The results can be exported as profile lines or to databases. Evaluate Laser Scanner Data in the Family Editor FARO As-Built enables 3D laser scanner data to be used directly in the Revit Family Editor. Creating object specific families is simple using point cloud regions, planar scan views and true ortho-photos. Benefits Continue using familiar Revit design tools easily when evaluating 3D as-built to BIM models Create deliverables that are 100% compatible with clients systems and constraints Use additional functionality for modeling 3D laser scan data Evaluate buildings, pipes and steel constructions with a wide range of industry specific functions Customizing commands for modelling and detailing BIM elements according to specified workflows Report model checkup for a given tolerance by industry standards or stakeholder specifications Work within the FARO ecosystem which provides users with convenient tooling for a seamless workflow - hardware capturing as-builts to software creating CAD and BIM deliverables www.faro.com

Key features General functions Create walls quickly and precisely in the point cloud Create new wall types for different wall thicknesses automatically Align walls for producing rectangular floor plans to userdefined tolerances automatically Intersect wall ends automatically Create a ground surface (topo-surface) from point cloud coordinates Use surface analysis to compare between point clouds and models Display different levels of accuracy (LOAs) defined by the USIBD (http://usibd.org/) Create a ground surface or complex components from the results of the surface analysis Create new family types for doors and windows from the point cloud Piping Fit fast and precisely Revit pipes directly in the point cloud Adjust Revit pipe types automatically to the diameters measured in the point cloud Fit pipes optionally with isolation Insertion of pipe fitting objects (elbows, Tees, transition, crosses) between fitted pipes with adjustable parameters Fully support of standard or custom Revit MEP families and templates Align pipes and pipe fittings automatically to obtain a correctly connected network of pipe runs Structural elements Fit structural elements fast and precisely, such as beams and columns from Revit families Insertion of the suitable types by powerful profile detection command Ortho images Create ortho-images with optimized displays from point clouds directly in the Revit project Optional: Color images with automatically adjusted point density or in ClearView mode Photo like scan view Display scan data in a photo like planar scan view in SCENE (ScanToRevit) and send coordinates into the Revit project Custom commands to create BIM elements directly in the scan view: walls, doors, windows, pillars, beams, columns etc. Support of Revit Family Editor Insert point cloud regions directly in the families editor Use scaled ortho images as construction aids Use the planar scan view to create construction aids directly in the families editor Save model lines as a 2D or 3D Revit family Work with linked documents Retrieve Shared coordinates directly from the point cloud Worksharing Compatible with Revit Worksharing projects Industries Architecture Civil/Survey Construction Facility Management Historical Preservation Mechanical, Electrical and Plumbing (MEP) 3D construction aids Use the Point Cloud Section Manager, e. g. to crop point clouds independent from Revit views Retain overview with hierarchical organized point cloud sections Create 3D model lines and construction points using real 3D point snap in the point cloud, independently of the Revit work plane Fit polygonal chains in the point cloud Create restricted, fitted work planes in the point cloud (by selecting just a single point or by selecting many points) Create intersection lines and intersection points between any model planes Create and fit planes with only one click Determine plane boundaries automatically Technical Requirements Platform Autodesk Revit 2015 and above. Users of elder Revit please contact FARO. Operating system Dependent on the version of Autodesk Revit, 64-bit systems only. Recommended hardware requirements Computer: Graphics card as recommended by Autodesk, RAM at least 8 GB, better 32GB and more, processor at least 2.5 GHz, better 3-4 GHz and 4-8 cores, SSD for larger projects; Laser scanner type to suit job in hand. Freecall 00 800 3276 7253 info.emea@faro.com www.faro.com FARO Europe GmbH & Co. KG Lingwiesenstrasse 11/2 70825 Korntal-Münchingen 2018 FARO FARO is a registered trademark of FARO Technologies, Inc. in the United States and other countries. MA-RF-6154-EN REV May 24, 2018