ADVANCING the
Science of Simulation Technology

BioMedX’s X³ 3D Physics Engine uses computational mathematical modeling and discrete differential geometry to form 3D tetrahedral shapes to which defined energies can be applied to deliver highly accurate and realistic simulation results.

Transformation of 2D Polygons into 3D Tetrahedra

Each tetrahedron responds and reacts independently according to the data applied to it. This in turn impacts the behavior of the other tetrahedra surrounding it to deliver a true 3D transformation of the shape that is highly responsive based on the variability of the dataset.

Novel Features of
X³ 3D Physics Engine

True 3D

Each tetrahedron responds and reacts independently according to the data applied to it. This in turn impacts the behavior of the other tetrahedra surrounding it to deliver a true 3D transformation of the shape that is high responsive based on the variability of the dataset.

Endless
Opportunities

Depending on the objective of the application, different data sources can be combined to form a dataset to drive the desired results of the simulation. BioMedX’s first application known as FACIEM³, integrates individualized facial scans, along with clinical and procedural data to drive the 3D simulations of lip augmentation and wrinkle smoothing.

Data-Specific Simulations

X³ uses specifically designated datasets to drive the outcomes of the simulation. This data input can be adjusted and customized to change the simulation results in real time and have tremendous implications for medical, research, and many other verticals where simulations can be utilized to assess and optimize the desired results.