The technology of optical measurement by projecting fringes of light involves no contact and enables the rapid digitisation of parts of all sizes whatever they’re made of.

This technique enables the rapid creation of a 3D model in ‘ STL’ format for analysis or application, direct or indirect.

GOM - ATOS II

Allowable volume : no limit
Maximum precision : +/- 0,03 mm
Maximum allowable weight : sin objetivo
Transportability : yes (we can carry out the digitization in your premises or on site)

For more information, go to gom.com

X-Ray technologies are intrusive and non-destructive : they render possible, observation of materials and their internal geometries, as well as reconstruction of their images in 3D. This equipment produces greyscale images in native format that we post-process for the purposes of analysis or 2D or 3D applications.

This is powerful technology and there is currently nothing else like it.

140 KV Medical Scanner

Allowable volume : Ø 700 mm x H 2000 mm
Maximum precision : +/- 0,1 mm
Maximum allowable weight :: 150 kg
Transportability : no

450 KV Industrial tomographe

Allowable volume : Ø 500 mm x H 1000 mm
Maximum precision : +/- 0,1 mm
Maximum allowable weight : 50 kg
Transportability : no

The new technical features of the Photon 120/20 make it a unique and highly effective system for rapid 3D acquisition with improved noise reduction thanks to Hypermodulation.

Functions of the FARO® Photon Laser Scanner

Hypermodulation : : for greater range and better quality
Range :0,60 m - 120 m (Photon 120)
Measurement uncertainty : ±2 mm to 25 m
Repeatability :@10 m : 0,40 mm rms @90% réfl. ; @25 m : 0,50 mm rms @90% réfl.
Scan capacity :Up to 976 000 points/s.
Colour (optional) :Up to 39 million pixel
Field of vision :320° x 360°
Minimum digitization time at 3 million points :approx. 30 seconds (black and white)
Inclinometer :precision 0.02° ; resolution 0.001° ; range ± 15°