Volumetric information plays an essential role in medicine, e.g. for an advanced cancer detection, visualization of aneurysms, and treatment planning. It is also used for non-destructive material testing via computer tomography or ultrasound. In addition, huge three-dimensional datasets are produced by geo seismic research, and can also be visualized by our Volume Rendering engine.

• Separate Linear Transfer function for every channel.
• Volume Thresholding in accordance with voxels brightness for every channel.
• Dynamic modification of Voxel range.
• Manual or Automatic Adaptive sampling rate of volume data.
• Three options for Volume Rendering Ray function: accumulation, maximal intensity and isosurface.
• Combining 3D models and series in the same visualization.