Naviget Blog

Naviget bridges raw DICOM data with practical applications in medical training

The result is a dynamic tool that transforms static 2D slices into a navigable 3D head model

Naviget’s latest demo showcases how we process these datasets into high-fidelity 3D visualizations.
Cubic voxel accuracy: Aligning 0.33mm spacing in all axes for precise 3D rendering.

The result is a dynamic tool that transforms static 2D slices into a navigable 3D head model

Uploading the male head DICOM files

Our platform leverages CUDA-accelerated algorithms to reconstruct the anatomy into an interactive model.
Clarity and color retention: Preserving the original 24-bit color depth to highlight bone, soft tissue, and vasculature.

Result is a dynamic tool that transformed into a navigable 3D head model

Cubic voxel accuracy: Aligning 0.33mm spacing in all axes for precise 3D rendering.
Clarity and color retention: Preserving the original 24-bit color depth to highlight bone, soft tissue, and vasculature.

Converting the Visible Human Project’s DICOM Data into Interactive 3D

Watch the demo video to see the male head anatomy in motion—from axial cross-sections to a fully rendered 3D structure.
This workflow exemplifies how Naviget’s technology unlocks the potential of historical datasets like the VHP for modern use cases.

Cubic voxel accuracy: Aligning 0.33mm spacing in all axes for precise 3D rendering.
Clarity and color retention: Preserving the original 24-bit color depth to highlight bone, soft tissue, and vasculature.