Project
Scan-to-CAD reverse engineering workflow using Polycam, Blender mesh repair, SolidWorks reconstruction, Bambu Studio, and 3D printing.
Reverse-engineering workflow for a LEGO 4x2 brick and print-ready puzzle geometry, with scan, mesh, CAD, and print files prepared for later visual export.
This project is separated from the plier project so the scan-to-CAD workflow can stand on its own.
The work covers scan capture, mesh repair, CAD reconstruction, and additive-manufacturing preparation.
The task was to move from scan data toward repaired mesh and CAD geometry suitable for additive manufacturing.
The current public page needs clean exported screenshots before the visual gallery can be filled.
Polycam and Blender were used as part of the scan-to-mesh workflow before CAD reconstruction.
SolidWorks was used to rebuild geometry in a cleaner engineering format.
Bambu Studio and 3D printing context connect the reconstructed model to a practical manufacturing path.
The project connects scan capture, mesh cleanup, CAD reconstruction, and print preparation.
Source files exist, but the public page still needs clean screenshots or renders before it is visually complete.
Selected project images are not currently published for this project.
A separate project page prepared for clean scan, mesh, CAD, and print-preparation visuals.
Relevant to reverse engineering and additive manufacturing because it connects scan data to repaired geometry, CAD reconstruction, and print preparation.