In an automobile, the exhaust system comprises piping that is used to guide exhaust gases away from a controlled combustion inside the engine. Upgrading the exhaust system and reverse engineering it with all design tolerance is momentous and a challenging task. Using a 3D handheld scanner we can digitally capture the entire underside of the vehicle in a few minutes. The 3D scan data is post-processed and imported in reverse engineering software like Geomagic Design X. Initially, scan data is aligned with the global coordinate system. Using mesh simplification, the size of the mesh is reduced, to make the model easier to work with. Using the Pipe Wizard feature in Design X, the existing exhaust pipe was easily selected by specifying the shape, size, and other details. A new, high-performance exhaust system is created step by step. The CAD model of the custom-made exhaust system is given to the customer in the desirable format.
Import Scan Data
After Interactive alingment
Fitting Loft , Mesh Fit, Planar Surfaces
Fitting Loft , Mesh Fit, Planar Surfaces
Converter portion developed
Fitting Loft , Mesh Fit, Planar Surfaces
Trimming Surfaces
Solid portion Developed
Sweep Surface created for Pipe
Sweep Surface created for Pipe
Pipe portion Developed
Creating Sketch for Boundry Cut of Heat Shield
Small Feature Developed
Flange portion Developed
Small Feature Developed
Final Combined result of Solid model and Scan Data
Final CAD Model
Parametric cad consists of a history-based feature modeling tree that can be edited to make design
Read moreParametric cad consists of a history-based feature modeling tree that can be edited to make design
Read moreParametric cad consists of a history-based feature modeling tree that can be edited to make design
Read more