Ability to build a virtual 3D torso using organic modeling based on any female patient measurements.

Ability to simulate a realistic tridimensional breast augmentation based on technical criteria defining a prosthesis.

Ability to determine the shape and position of breasts up to 1 month, 3 months and 6 months (final form) after surgery.

Ability to provide the surgeon an interactive simulation of different possible options in relation to the morphology of the patient.

Ability to provide a prediction of new measurements obtained after breast augmentation.

Ability to show a realtime photorealistic previsualization of post-surgery results based on different types of prostheses.

Includes NeuroSystems' superior rendering technology P.U.R.E. (Physically-based Unbiased Rendering Engine): the model seen in the realtime viewport is shot by P.U.R.E's virtual camera to produce a photorealistic picture.

Human skin simulation rendered using a complex biophysically-based spectral shading model specifically designed to account for the biological factors that affect light propagation and absorption in skin tissues.

6 realistic skin profiles: Caucasian, Latin, Middle eastern, African, Asian, Indian

5 basic skin types: Normal, Dry, Oily, Combination and Sensitive.

User-friendly and intuitive GUI.

Multi-threading: ability uses multiple CPU-cores (if available) for GUI management, Torso modeling calculations and Photorealistic rendering.

Three supported languages: English and French

Realtime shooting trigger for taking quick snapshots during models presentation to the patient.