We work with modern 3D scanning systems, which enable us to digitize objects of any shape and size. With the help of 3D scanning, with fixed machines or anthropomorphic systems, we can obtain a very accurate polygonal model with blue light laser detection, which can cover areas from a few square centimeters to large technical developments.

The most common areas of use for 3D scanning are:

- 3D reconstruction starting from a physical piece                                      
- Checking the size of an object
- 3D construction with basic evolutions of the initial shape.

The main advantages of 3D scanning:

Thanks to 3D scanning, starting from a physical sample, a virtual 3D model can be created, consisting of a high-precision point cloud that faithfully reproduces the shape and size of an object.
Digital scans can be converted to tessellated models (3D STL file) by post-processing the capture data, or used as a starting point for reconstruction based on reverse decoding (native model 3D STP file).
In the native 3D reconstruction phase, damaged parts can also be handled, which are reconstructed as if they were from a new piece.