Transmission3D - iGlass User Interface
Transmission3D - iGlass User Interface
Transmission3D - iGlass User Interface
Transmission3D - iGlass User Interface
Transmission3D - iGlass User Interface
iGlass Features
- View contours plots of stress, displacement and strain on a 3D model.
- Rotate model, and hide, cut, or make components transparent for easy viewing.
- View deformed state of model under exaggerated loading conditions.
- Inspect contact surfaces and view load and pressure distributions.
- Animate model and visualize tooth synchronization through mesh cycle.
iGlass Features
- View contours plots of stress, displacement and strain on a 3D model.
- Rotate model, and hide, cut, or make components transparent for easy viewing.
- View deformed state of model under exaggerated loading conditions.
- Inspect contact surfaces and view load and pressure distributions.
- Animate model and visualize tooth synchronization through mesh cycle.
iGlass Features
- View contours plots of stress, displacement and strain on a 3D model.
- Rotate model, and hide, cut, or make components transparent for easy viewing.
- View deformed state of model under exaggerated loading conditions.
- Inspect contact surfaces and view load and pressure distributions.
- Animate model and visualize tooth synchronization through mesh cycle.
iGlass Features
- View contours plots of stress, displacement and strain on a 3D model.
- Rotate model, and hide, cut, or make components transparent for easy viewing.
- View deformed state of model under exaggerated loading conditions.
- Inspect contact surfaces and view load and pressure distributions.
- Animate model and visualize tooth synchronization through mesh cycle.
iGlass Features
- View contours plots of stress, displacement and strain on a 3D model.
- Rotate model, and hide, cut, or make components transparent for easy viewing.
- View deformed state of model under exaggerated loading conditions.
- Inspect contact surfaces and view load and pressure distributions.
- Animate model and visualize tooth synchronization through mesh cycle.