Precise Planning with 3D Scan-data in Revit Architecture using the FARO Laser Scanner Focus3D
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FARO develops and markets portable CMMs (coordinate measuring machines) and 3D documentation devices to solve dimensional metrology problems. Technology from FARO permits high-precision 3D measurement, documentation and comparison of parts and compound structures within production and quality assurance processes. The devices are used for inspecting components and assemblies, production planning, documenting large volume spaces or structures in 3D, and more. FARO’s 3D measurement technology allows companies to maximize efficiencies and improve processes.
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Precise Planning with 3D Scan-data in Revit Architecture using the FARO Laser Scanner Focus3D
- 1. laser-scanning-architecture Architekt Johannes Rechenbach, Hannover phone +49-511-814060 mail@lsa3d.com laser-scanning-architecture.com
- 2. Vita Johannes Rechenbach, Architect • Diploma 1992 in Berlin • Own Architecture Firm in Hanover, Germany since 2000 • 20 Years of Experience in all Phases of Planning and Building • Reconstruction Projects and New Buildings • 3D-Scan-Service and Support, FARO Architecture Network Kleegarten Seniorenresidenz Hanover 2006 laser-scanning-architecture.com
- 4. Challenge of today: Energy-efficient Restoration of existing Structures • Problem Accurate visual and geometrical Documentation • Complexity Necessity of precise Detailing for energetic Sufficiency • Liability Higher Risk compared to new Constructions 50% Restoration! laser-scanning-architecture.com
- 5. Present 2D-Documentation: • Higher Planning Expenses because of missing or incorrect Documentation • Higher Building Expenses because of unsufficient Documentation for the Tender Procedure • Loss of Building Quality and Increase of Construction Time because of late Detail Decisions during the Building Process not economical! laser-scanning-architecture.com
- 7. Preoccupations against 3D-Laserscanning: • highly expensive, therefore suits FARO Focus3d cuts only specific purposes hardware costs by 50% • huge amount of data, not suitable for great workflow with 64 bit the average client Systems + up-to-date Software • post-processing very time-consuming easy with Autocad + Revit and not efficient this is History! laser-scanning-architecture.com
- 8. 10 Scan-Positions in 3 Hours: undistorted Floor-Plan Extraction for your CAAD laser-scanning-architecture.com
- 9. 10 Scan-Positions in 3 Hours: undistorted Sections at any desired Location within the 3d-Model laser-scanning-architecture.com
- 10. 10 Scan-Positions in 3 Hours: creative Animations at any desired Location within the 3d-Model laser-scanning-architecture.com
- 11. 10 Scan-Positions in 3 Hours: creative Animations at any desired Location within the 3d-Model laser-scanning-architecture.com
- 19. USA: General Services Administration GSA BIM Guide Series: „The benefits of determining the spatial environment and as built conditions (by 3D-Imaging) have played a key role in reducing costs and delivering a higher quality engineering effort.” Advice: Use of 3D-Imaging and BIM for best results in public building projects England: Introduction of BIM for all public building projects until 2016. 37.000 public buildings with heritage value. Sweden und Finland: BIM is mandatrory for the building application – no more 2D drawings Germany: ……….??? laser-scanning-architecture.com
- 20. Scan of an industrial historic Building for the Project Development in Berlin laser-scanning-architecture.com
- 21. Advantages: • only one Time on Site without taking Measurements again and again • no more Mistakes and Failure because of wrong or missing Information • one Data Model for all Extractions laser scanning architecture
- 22. Faro Webshare: • Project-Documentation in the Internet • Visual Analysis in 360° Panoramas • Measurements for Distances and Spaces online laser-scanning-architecture.com
- 23. 2D-Images using PointCab Steel framework of the Roof Construction: accurate Measuring in CAAD Documentation of the as-built Situation: - Brick Formats - Wall Details - structural Damages laser-scanning-architecture.com
- 24. Import of Pointcloud Data into Revit: Basis for Modeling the existing Building laser-scanning-architecture.com
- 25. Import of Pointcloud Data into Revit: Basis for Modeling the existing Building laser-scanning-architecture.com
- 26. Import of Pointcloud Data into Revit: Basis for Modeling the existing Building laser-scanning-architecture.com
- 27. Import of Pointcloud Data into Revit: Basis for Modeling the existing Building laser-scanning-architecture.com
- 28. Import of Pointcloud Data into Revit: Basis for Modeling the existing Building laser-scanning-architecture.com
- 29. Import of Pointcloud Data into Revit: Basis for Modeling the existing Building laser-scanning-architecture.com
- 30. Import of Pointcloud Data into Revit: Basis for Modeling the existing Building laser-scanning-architecture.com
- 31. Import of Pointcloud Data into Revit: Basis for Modeling the existing Building laser-scanning-architecture.com
- 32. 3D-Imaging for Restoration Projects Planning with 3D-Scans in Revit Architecture Public Church Building near Hanover, Germany Revit-Model by rechenbach architecture laser-scanning-architecture.com
- 33. Panoramic View with 3D-Measurements in Scansoftware FARO Scene laser-scanning-architecture.com
- 34. Panoramic View with 3D-Measurements in Scansoftware FARO Scene laser-scanning-architecture.com
- 35. Correspondence View in Scansoftware FARO Scene laser-scanning-architecture.com
- 36. Remodeling: Pointcloud in Revit Architecture laser-scanning-architecture.com
- 45. laser-scanning-architecture Architect Johannes Rechenbach, Hannover phone +49-511-814060 mail@lsa3d.com Thank you for Listening! laser-scanning-architecture.com