Independent twin screws drive nonparallel expansion of anterior and posterior maxillary segments, resolving parallel-only device limitations.
Pre-distorted appliance cavities compensate for non-elastic deformation to sustain contact forces and reduce treatment time.
A dental vibration device uses an elastic support layer and mechanical retention to transmit energy between teeth.
A measuring instrument with a graduated head and appendix quantifies orthodontic appliance expansion.
Segmented appliance with tongue abutting plate resolves phonation disorder trade-offs by relaxing muscles for healthy resonance.
Segmented sensors within a mouthguard enable continuous oral health monitoring, resolving the trade-off between diagnosis accuracy and extended wear duration.
An intraoral blade with an elastically deformable portion guides the tongue to a high position.
An arm lever rotates a screw with unidirectional gears, moving blocks to expand the palate without requiring a key.
A digital retention mesh uses morphable regions to provide customizable hold for removable objects.
Bidirectional expansion screw uses counter-rotating technopolymer threads to drive gradual orthodontic force release.
A setting screw adjusts rigid link rod length to advance the lower jaw, eliminating multiple blade replacements that cause discomfort.
Automated robotic system thermoforms polymeric aligners using precise localized heating to resolve manual fabrication bottlenecks in complex feature creation.
A dental coil spring extension device uses grip parts and an extension mechanism to separate coils and adjust pitch.
Algorithmic stripping plane construction determines exact removal volume, resolving insufficient or excessive stripping that causes residual crowding.