Brackets TRIZ Cases

Segmented oral appliances use detachable abutments to adjust jaw position without replacing the entire device.

Segmented delivery members apply precise pressure via pusher elements, resolving friction limits that reduce adhesive bond quality.

Embedded sensors detect saliva presence and temperature changes to verify orthodontic appliance wear time, resolving compliance monitoring gaps.

Active dental aligner attachments use a movable interface surface to redirect appliance forces, enabling precise tooth rotation and tilt.

Segmented container design uses a flexible retaining structure to secure adhesive appliances during transport while allowing easy extraction when the lid opens.

A segmented orthodontic retainer uses double wings bonded to teeth for precise 3D-printed adaptation.

Segmented brackets and a compression spring move the upper arch rearward and lower arch forward, reducing patient discomfort.

Plastically deformable wax-based compositions enable self-customized dental trays that eliminate time-consuming impression procedures and improve fit.

Flexible orthodontic stent guides attachment placement via intimate tooth seal, resolving adhesive splaying and removal difficulty.

A bracket applicator mounts orthodontic brackets using a bonding material to achieve precise tooth orientation based on digital models.

Molding creates undercuts in bracket protrusions, resolving inadequate cement adhesion for reliable orthodontic treatment.

Segmented brackets with independent adjustment mechanisms resolve the trade-off between complex device structures and precise individual tooth correction.

A compact intraoral vibrating dental device accelerates tooth movement through optimized cyclic forces.

Moldable material forms wells in an indirect bonding tray to seat functional orthodontic brackets, eliminating manual transfer errors from physical models.

Pocket-sized orthodontic wax dispenser uses a threaded piston to compress stored wax and extrude precise portions through an aperture.

A butterfly attachment guides clear aligners to grip teeth using a dual quarter-sphere structure.

Digital 3D models position dental appliance components to eliminate manual assembly errors and improve production consistency.

A segmented transfer tray engages only the distal tie-wings of orthodontic brackets to enable precise placement and secure bonding.

Segmented adhesive layer eliminates manual flash removal by using a high-viscosity core surrounded by a low-viscosity sealing meniscus.

An orthodontic prescription-defining device adjusts archwire slot orientation using contacting structures and engagement mechanisms.

Variable gable bends produce targeted force systems to move teeth along precise paths, reducing the need for frequent appliance adjustments.

A convex attachment surface engages polymeric shell appliances to apply variable repositioning forces, reducing sensitivity to manufacturing tolerances.

A movable assembly structure mates with orthodontic appliances using a rail-and-channel interface for precise alignment.

Thixotropic silicone protects teeth while the hygroscopic adhesive absorbs saliva moisture to ensure reliable retention on wet appliances.

A dental attachment formation structure uses a light transmissive body with pre-formed wells to cure composite material.

An array of suction cups creates negative pressure for strong, reversible attachment, eliminating enamel damage from traditional adhesives.

Digital model auxiliary structures guide rapid prototyping to create physical models with integrated demolding features.

Segmented bonding tray modules with transverse removal tabs resolve adhesive clearance issues and prevent bracket damage during orthodontic treatment.

Radiation-curable dental crowns incorporate embedded particles during printing to enhance surface roughness and cement adhesion.

Automated CNC machining replaces manual steps by using a digital cutting loop and drape wall to trim molds, enabling real-time in-office aligner production.

Selective laser melting shapes customized orthodontic brackets to match patient tooth geometry.

A dental shield filters ultraviolet light to delay adhesive curing while providing bracket clearance and breathing passages.

Embedded pre-fabricated attachments eliminate thermoforming airspaces and overhang printing difficulties for reliable tooth movement.

A unified composition merges sealant and adhesive in one step, preventing white spot lesions while reducing treatment time.

An inverted remodeling device pushes indented teeth outward using opposing screw rods, reducing correction time for irregular dentition.