2. Capturing Concepts in 3D Automated Registration By 3D Digital Corporation Welcome to the 3DD demonstration

3. Capturing Concepts in 3D Automated Registration Overview Overview Automated Registration System LayoutAutomated Registration System Layout 3DViewer with integrated sensor plugin3DViewer with integrated sensor plugin Automatic coarse alignmentAutomatic coarse alignment Fine Registration and mesh generation using an integrated reverse engineering toolFine Registration and mesh generation using an integrated reverse engineering tool Export of final mesh data to various formatsExport of final mesh data to various formats

4. Capturing Concepts in 3D Automated Registration System Layout 1 Optical Tracker Tool to be Tracked Laser Scanner Testing Object 2 Optical tracking of the laser scanner at two positions

5. Capturing Concepts in 3D System On Field Setup

6. Capturing Concepts in 3D 3D Automated Registration System 3DD OPTIX 400 Series Scanner 3DD OPTIX 400 Series Scanner Polaris Optical Tracker Polaris Optical Tracker Windows-based Computer Windows-based Computer

7. Capturing Concepts in 3D 3DViewer with integrated sensor plugin 3DViewer is a powerful visualization tool for 3d data. 3DViewer is a powerful visualization tool for 3d data. Select a sensor plugin from the 3DViewer menuSelect a sensor plugin from the 3DViewer menu Acquire 3d data from the optical trackerAcquire 3d data from the optical tracker

8. Capturing Concepts in 3D Automatic coarse alignment Automatical coarse alignment using a tracker system Automatical coarse alignment using a tracker system

9. Capturing Concepts in 3D Fine Registration Automatic fine registration using an integrated reverse engineering tool SLIM 3D Automatic fine registration using an integrated reverse engineering tool SLIM 3D

10. Capturing Concepts in 3D Cross-section curve after fine registration

11. Capturing Concepts in 3D Cross-section curve after fine registration

12. Capturing Concepts in 3D Mesh Generation Automatic mesh generation using an integrated tool SLIM 3D Automatic mesh generation using an integrated tool SLIM 3D

13. Capturing Concepts in 3D Export of final mesh data Export the final mesh data to STL, DXF, VRML or other formats Export the final mesh data to STL, DXF, VRML or other formats

14. Capturing Concepts in 3D What we gain from the Automated System Example: Scanning a car hood: Standard deviation noise : approx. 60 µ m Standard deviation noise : approx. 60 µ m Energy registration: approx. 100 µ m Energy registration: approx. 100 µ m The fine registration shows a good result visually and computationally. That means that the data is consistent over all measurements.The fine registration shows a good result visually and computationally. That means that the data is consistent over all measurements. Timing for scanning a car hood: Timing for scanning a car hood: Automated Registration System: Total: 1 hourAutomated Registration System: Total: 1 hour Traditional Scanning: Total: 4~5 hoursTraditional Scanning: Total: 4~5 hours

15. Capturing Concepts in 3D Thank you!