Segmented arc-shaped bodies made of lead absorb ionizing radiation to protect teeth and gum tissue during radiotherapy.
An elasticity adjustment member constrains the bending limit of a thin sensor panel, reducing patient discomfort during oral imaging.
Adjustable cutting plane reorients 3D dental arch models to match patient mouth perspective, eliminating mental transformation of fixed orientations.
Tilted edges relocate LEDs away from biting surfaces, reducing mechanical stress and thermal build-up while maintaining effective light delivery.
An insert with liquid chambers and orifices transports fluid to the user's mouth, addressing the trade-off between device complexity and functional versatility.