Yes they working on , the board for calibration would be huge since Range FOV is much bigger than POP2, for that reason please do not attempt calibrations with a board that was made specific for POP2 only , each device needs own calibration board .
The image you showing looks like frame cells and not fused point cloud , the point cloud need to be cleaned using Overlapping Detection and Isolated points after .
Revo Scan 5 don’t do automatic cleaning ( unless you use Auto function ) but the quality of that are below the desire results so I would not do that .
Make sure you stay in the Excellent distance while scanning in Feature or Body mode , crossing the line to too far may results in less data to be collected.
Please fuse the frame cells and show me the fused results ( not meshed ) . Frame cells can be messy sometimes but it don’t reflect the final fused point cloud ( the editable part of the process )
What else can create noise is the material , if it reflect and scatter the infrared light , it will confuse the sensors .
So avoid anything that can reflect light around your scanned object or the object itself need to be prepared for best results .
After you fuse the frame cells at 0.1mm , go to Cloud Point editing and apply the first option you have like 3-5 times without changing the settings , and after that go to the last option in that tab to clean lose points once , then you will be ready to cut off the parts you don’t want before meshing …
However because of the nature of your scanned object , I would create couple of angles first and after fusing and cleaning , I would merge them together… and then mesh it … there is lots of details that need to be capture at various angles and not trying to get it all at once , as it will result in a mess when you over scanning the same area multiple times .
Use Body mode first to capture quick scan , then use Feature mode to capture the detailed parts at a different angles … it is not quick task with what you got there but I saw great results from other users .
