Carburettor
This project involved the restoration of a vintage carburettor through a detailed process of 3D scanning and reverse engineering. Following this, a mould was designed and produced using sand 3D printing technology. This advanced technique allowed for the precise and functional reproduction of the carburettor through sand casting.
Reverse Engineering
The project began with the 3D scanning of the original carburettor to capture its intricate geometry with high precision. This step was crucial for ensuring that the reverse engineered model would replicate the original part, essential for a successful restoration. The scanned data was then processed and refined into a detailed CAD model.
CFD Simulation and Validation
CFD simulations were performed. To validate that the air-fuel mixing dynamics of the CAD model matched those of the original carburettor. This step provided confidence that the restored carburettor would function correctly when manufactured.
Sand Cast Mold Design
With the validated CAD model, a sand cast mould was designed to reproduce the carburettor. The mould was carefully crafted to ensure that the casted part would be as precise and true to the original as possible.
Sand 3D Printing
The mould was produced using sand 3D printing technology. This innovative approach allowed for the direct printing of the mould in sand, providing a high degree of accuracy and detail. The use of sand 3D printing also facilitated complex geometries that would have been challenging with traditional mould-making techniques.