Reverse engineering

OVERVIEW

Reverse engineering is the process of recreation of procedures and technical documentation for and existing object. This necessity is usually present when there is a little or no information at all available, except the initial object itself.


3D laser scanning in reverse engineering is the most effective way to create an exact digital equivalent of a scanned item into form of point cloud data. Modern 3D laser scanners are capable of capturing all information on object’s geometry with an accuracy of 2mm (terrestrial scanners) and 0.5mm (handheld devices).


The resulting 3D geometry of the object, first of all, is the basis for creating a parametric 3D CAD model, which is necessary for further analysis, re-design or replication.

Thanks to modern technologies we may run a few different fit-in scenario with replicated or re-designed parts, aligning parts’ 3D model with point cloud data in one space, before starting the manufacturing process.

 

Having complete picture, we can see and correct possible design flaws, optimizing the overall design and materials selected.

 

Thus, having a 3D CAD model of a physical object, we have the ability to reproduce 2D documentation for the original part, create 2D documentation for re-designed part, and even manufacture the required item on CNC machines or 3D printers using 3D CAD model exchange formats.

Benefits of 3d laser scanning

POINT CLOUD EXAMPLE

3d model example

boat scan example