Virtual Skull Base Dissection Laboratory and Atlas
"a surgical reality you can enter, navigate, internalize"
Anatomical Stratigraphy
Navigate surgical anatomy through perfectly aligned sequential layers with sub-millimetric consistency.
Compare adjacent planes, visualize depth progression, and track how exposure evolves over time. Built to strengthen topographic understanding and preserve orientation in deep corridors.
Interactive Virtual Surgery
Perform stepwise virtual drilling and tissue removal on real anatomical specimens.
This interactive module turns observation into action, helping users build procedural memory. Ideal for understanding exposure logic, drilling progression, and corridor development.
Stereoscopic Microsurgical View
Experience a stereoscopic view that mimics the depth perception of microscopic surgery.
Users can actively change the viewpoint to explore anatomy from different operative angles. This tool improves spatial orientation, corridor planning, and understanding of visual constraints.
Photogrammetric 3D Models and AR Visualization
Interact with high-fidelity 3D photogrammetric models reconstructed from real procedural steps.
Rotate, zoom, and inspect anatomy from multiple perspectives to better understand exposure geometry. Models can also be used in AR for immersive learning and in-situ anatomical reference.
2D/3D High-Definition Images and Videos
Explore key stages of each surgical approach through high-definition 2D and 3D images.
Each frame is paired with structured explanations of landmarks, spatial relationships, and technical goals. Watch complete surgical procedures with continuity across every step, including critical transitions. These videos show not only what is exposed, but how each stage is achieved in real time. Available in 2D and, when supported, in 3D for enhanced depth perception.
Illustrative Sketch for Fast Learning
Use simplified visual schematics to grasp the essential logic of each surgical approach.
These illustrations highlight key landmarks, corridors, targets, and procedural checkpoints. Perfect for early learning, rapid review, and building a clear mental framework.