DI4D SNAP 6200 - Ultra High Fidelity 3D Facial Image Capture

Super High Resolution 3D Facial Image Capture

Our new 3D facial image capture system DI4D SNAP 6200, is a new passive stereo photogrammetry based solution for capturing extremely high fidelity full-colour 3D facial images.

Six 24 mega-pixel digital stills cameras produce super high resolution 3D surface images with true photographic quality texture.

DI4D SNAP 6200 requires no pattern projection or laser scanning onto the scene, just high resolution images instantly captured quickly and easily.

DI4D’s Software will not only enable you to capture and view the data, but also provide specialist analysis, re-meshing and texturing - the result provides a simple, fast and efficient workflow.

  • Instantaneous capture
  • Ultra high fidelity 3D data
  • Super high resolution photographic quality texture
  • Six 24 mega-pixel digital stills cameras
  • Quick processing
  • Efficient post-processing and analysis tools

"What sets DI4D SNAP 6200 apart from other 3D facial capture solutions in the market today is its instant capture capability and the high fidelity of data produced."

Dr Colin Urquhart - CEO, DI4D


Six 24 mega-pixel digital stills cameras and normal photographic flash illumination to simultaneously capture three stereo pairs of images of a subject.

Live on screen multiple-camera preview using DI4D’s Software.

Each stereo pair of images is processed to derive automatically a dense range map image.

Range map images and original high resolution colour images are merged together to form a complete seamless high definition 3D surface image.

Simple and effective landmark placement and 3D model alignment tools using DI4D’s Software.

Sample Data

We have created some DI4D SNAP 6200 sample data which is available for you to download.

The data is comprised of multiple polygonal meshes and accompanying texture maps. The data is available as a collection of OBJ files where each OBJ contains a single static 3D capture. OBJ files can be opened in most standard 3D modelling packages such as 3DS Max®, Maya® or Blender.

Experience high fidelity facial performance capture

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