Elastic deformation of the hinge pin cross-section biases the latch, resolving complexity trade-offs in self-ligating orthodontic brackets.
A self-ligating orthodontic bracket uses an elastic locking clip to secure the archwire within the slot.
Electronic adjustment tool detects and displays archwire slot orientation in orthodontic brackets for precise positioning.
Integral stressing elements on the arch wire enable direct force application to specific teeth, eliminating lever action on adjacent structures.
A monolithic orthodontic tool with guide grooves secures elastic bands for precise placement over dental brace hooks.
A self-ligating orthodontic bracket uses a dual-function spring pin to secure the movable member.
A monobloc element transitions between stable shapes using shape memory alloys or hydrogels to exert controlled force on teeth.
A 3D printer unit fabricates orthodontic appliances directly from intraoral scanner data within a dental practice.
Segmenting the appliance from the wire via an intermediary pin-slot mechanism eliminates full disassembly, reducing treatment time during size adjustments.
A base member uses non-collinear engagement holes to secure polygonal-columnar screw heads for stable orthodontic attachment.
Deflector pushbuttons apply pressure to change band geometry into a conical shape, resolving the trade-off between simple structure and adaptable fit.
A bracket body integrates a ring-shaped auxiliary tool attachment portion with an opening and closing mechanism for secure wire passage.
Positioning a guide groove below the archwire slot enables large insertion angles without increasing bracket height, preventing unintended clip detachment.
A nitinol ligature reduces friction and prevents decalcification by maintaining retention under constant stress.