Scantech Portfolio

This air vent for a small aircraft was designed to replace the original which is brittle and easily broken. The mating part was 3D scanned and a replacement vent designed and 3D printed.

This sports car taillight housing was fabricate by hand so it could be 3D scanned and reverse engineered. A perfect mirror model so identical moulds could be created for both left and right side.

This small aircraft required a replacement part which was no longer available to purchase in order to repair the seat mechanism. We 3D scanned the part in-situ and produced a 3D model, enabling the customer to send the files for manufacture.

For a classic project, this front hub and brake rotor assembly was needed by the customer to build a custom wheelset for their resto-mod project.

This motorcycle handlebar component was 3D scanned and modified. This enabled the customer to have parts CNC machined.

This motor mount taken from an electric vehicle was 3D scanned and reverse engineered before being modified to suit a custom racing application.

This sports car bonnet vent was designed using a 3D scan of the vehicle bonnet with existing vent. This enabled us to design a new, more aggressive vent according to the customer specifications.

Using 3D scanned physical parts and existing engineering drawings, this assembly was designed to suit forks from a modern motorcycle to be fitted to a classic bike.

A classic motorcycle rear wheel hub using outdated braking and wheel building technology was 3D scanned and reverse engineered before being modified to suit a modern braking system.