Impression Caps TRIZ Cases

Composite fillers reduce paste stickiness while maintaining opalescent effects for incisal edge restoration.

Soluble FcγRIIB fusion proteins sequester immune complexes to prevent platelet destruction, resolving adverse effects from broad immunosuppression.

UV activation of a photolabile transition metal complex triggers redox curing, resolving the trade-off between shelf stability and rapid polymerization.

A thioglycolate and sodium hypochlorite composition disrupts disulfide bonds in soft tissues for root canal debridement.

Templates with guide slots and visualization windows enable controlled material removal, resolving precision issues in manual interproxial reduction.

Digital dental modeling replaces intrusive physical markers with instant centers of rotation to simulate complex three-dimensional tooth movement paths.

A polymerizable compound with β-hydroxy urethane units forms through cyclic carbonate and amine reactions without organo-metal catalysts.

A deformable intra-oral bite device uses piezoelectric sensors to record anatomical contours and align x-ray parameters.

Curved depressions and extraction channels remove saliva and debris, preventing pressure artifacts on mucous membranes.

Liposome-based filling materials release bactericidal agents to eliminate biofilm bacteria, preventing post-treatment infections.

A digital orthodontic bracket featuring an integrated jig portion and grip protrusion for precise three-dimensional printing.

An inorganic shell protects redox-initiators from shear forces during kneading and dissolves in acidic environments to trigger rapid curing.

Acid group-containing monomers resolve the contradiction between mechanical strength and adhesiveness, achieving 9.5 MPa tensile bond strength.

A 3D scanner lens adjusts reciprocating motion amplitude to control depth of field.

Segmented mirrors in a handheld mouthpiece reflect tooth surfaces to a single camera, eliminating time-consuming image stitching and motion artifacts.

A silicone wax dental composition adheres to broken teeth via finger pressure, delivering instant pain relief without tools.

Polyvinyl chloride coating prevents cation release from glass fillers, maintaining mechanical strength and adhesion without increasing paste viscosity.

A liquid coloring composition uses metal oxides and acids to penetrate porous dental ceramics.

Hollow calcium phosphate particles incorporate magnesium and strontium ions to form stable amorphous shells.

Controlled pre-sintering stabilizes lithium disilicate blanks against furnace temperature fluctuations, ensuring consistent shrinkage during dense sintering.

Segmenting the mixing chamber into dynamic and static zones resolves the trade-off between high flow rates and material homogeneity for viscous dental pastes.

A motor-driven dental dispenser uses a force sensor to provide proportional assistance for precise material ejection.

A cobalt-chromium-molybdenum alloy with a mixed face-centered cubic and hexagonal close-packed microstructure enhances wear resistance.

Combining diacylgermanium compounds with camphorquinone and amines expands spectral absorption to resolve limited curing depth in deeper dental layers.