9th July 2009Christophe BAULT1 REVERSE ENGINEERING: TEST OF CATIA CMS Tracker mock-up scanned with Faro Laser Scanner CMS Tracker mock-up scanned with Leica HDS 6100 Atlas calorimeter face scanned with Faro Laser Scanner Miscellaneous pieces scanned with Leica T-Scan Conclusion

9th July 2009Christophe BAULT2 REVERSE ENGINEERING: TEST OF CATIA CMS Tracker mock-up scanned with Faro Laser Scanner CMS Tracker mock-up scanned with Leica HDS 6100 Atlas calorimeter face scanned with Faro Laser Scanner Miscellaneous pieces scanned with Leica T-Scan Conclusion

9th July 2009Christophe BAULT3 REVERSE ENGINEERING: TEST OF CATIA CMS Tracker mock-up scanned with Faro Laser Scanner

9th July 2009Christophe BAULT4 REVERSE ENGINEERING: TEST OF CATIA CMS Tracker mock-up scanned with Faro Laser Scanner

9th July 2009Christophe BAULT5 REVERSE ENGINEERING: TEST OF CATIA CMS Tracker mock-up scanned with Faro Laser Scanner

9th July 2009Christophe BAULT6 REVERSE ENGINEERING: TEST OF CATIA CMS Tracker mock-up scanned with Faro Laser Scanner

9th July 2009Christophe BAULT7 REVERSE ENGINEERING: TEST OF CATIA CMS Tracker mock-up scanned with Faro Laser Scanner CMS Tracker mock-up scanned with Leica HDS 6100 Atlas calorimeter face scanned with Faro Laser Scanner Miscellaneous pieces scanned with Leica T-Scan Conclusion

9th July 2009Christophe BAULT8 REVERSE ENGINEERING: TEST OF CATIA CMS Tracker mock-up scanned with Leica HDS 6100

9th July 2009Christophe BAULT9 REVERSE ENGINEERING: TEST OF CATIA CMS Tracker mock-up scanned with Leica HDS 6100

9th July 2009Christophe BAULT10 REVERSE ENGINEERING: TEST OF CATIA CMS Tracker mock-up scanned with Faro Laser Scanner CMS Tracker mock-up scanned with Leica HDS 6100 Atlas calorimeter face scanned with Faro Laser Scanner Miscellaneous pieces scanned with Leica T-Scan Conclusion

9th July 2009Christophe BAULT11 REVERSE ENGINEERING: TEST OF CATIA Atlas calorimeter face scanned with Faro Laser Scanner Scan of ATLAS calorimeter face

9th July 2009Christophe BAULT12 REVERSE ENGINEERING: TEST OF CATIA Atlas calorimeter face scanned with Faro Laser Scanner Cloud of point loaded on Catia (a small part)

9th July 2009Christophe BAULT13 REVERSE ENGINEERING: TEST OF CATIA Atlas calorimeter face scanned with Faro Laser Scanner Mesh on Catia

9th July 2009Christophe BAULT14 REVERSE ENGINEERING: TEST OF CATIA Atlas calorimeter face scanned with Faro Laser Scanner Mesh on Catia (Zoom)

9th July 2009Christophe BAULT15 REVERSE ENGINEERING: TEST OF CATIA Atlas calorimeter face scanned with Faro Laser Scanner Insertion of mesh in a Catia 3D environment

9th July 2009Christophe BAULT16 REVERSE ENGINEERING: TEST OF CATIA CMS Tracker mock-up scanned with Faro Laser Scanner CMS Tracker mock-up scanned with Leica HDS 6100 Atlas calorimeter face scanned with Faro Laser Scanner Miscellaneous pieces scanned with Leica T-Scan Conclusion

9th July 2009Christophe BAULT17 REVERSE ENGINEERING: TEST OF CATIA Miscellaneous pieces scanned with Leica T-Scan Cloud of point very nice. Just a few parasite points I’ve had removed Lots of holes in the cloud

9th July 2009Christophe BAULT18 REVERSE ENGINEERING: TEST OF CATIA Miscellaneous pieces scanned with Leica T-Scan Mesh (No filter used) Zoom: next slide

9th July 2009Christophe BAULT19 REVERSE ENGINEERING: TEST OF CATIA Miscellaneous pieces scanned with Leica T-Scan Very nice mesh

9th July 2009Christophe BAULT20 REVERSE ENGINEERING: TEST OF CATIA CMS Tracker mock-up scanned with Faro Laser Scanner CMS Tracker mock-up scanned with Leica HDS 6100 Atlas calorimeter face scanned with Faro Laser Scanner Miscellaneous pieces scanned with Leica T-Scan Conclusion

9th July 2009Christophe BAULT21 REVERSE ENGINEERING: TEST OF CATIA Conclusion: We have tested two kinds of scanning materials:  Laser trackers used for big surfaces, and installed far of targets. All these systems create cloud of points with noise. And to have a nice surface, we need to clean and filter cloud. Filters available on Catia are very basic, and a big part of work is to delete manually parasite points. This operation takes lot of time, and the result is not marvelous.  Portable laser used for small surfaces, because of the time spent to scan. The result is a very clean cloud, but it’s necessary to follow creation of cloud on PC during the scanning to avoid forgotten areas, and have big holes. With this type of cloud, Catia is an adequate software to re-create surfaces