Impression Caps TRIZ Cases

An image processing apparatus detects tip attachment states to automatically update usage information for intraoral scanners.

A dental polymerizable monomer composition containing urethane acrylate achieves high flexural breaking strength and fracture energy.

High air to nitrogen curing exotherm ratios in polymerizable ionic liquids eliminate surface residue from oxygen inhibition during free radical polymerization.

Incorporating oligomeric modifiers into PMMA dental prosthetics forms copolymers that increase fracture work, preventing sudden brittle failure.

Dual initiator system maintains curing reliability during room temperature storage while acidic monomers improve bonding to tooth structure.

A dental sealant composition incorporates a fluorescent compound that emits visible light under ultraviolet irradiation.

A solid freeform fabrication material set comprising a polymerization initiator and particles combined with a polymerizable compound enables rapid curing.

A scanning object carrier uses a gravity-driven pivot to align dental objects without integrated drive mechanisms.

A hinged mirrored photo enhancer device captures reflected upper and lower dentition images using a smartphone camera.

Incorporating metal oxides and organometallic compounds into tooth-colored restorations prevents recurrent decay while maintaining aesthetic appearance.

Integral mandrel blanks reduce material removal and eliminate high-temperature sintering, enabling single-visit production of strong ceramic restorations.

A customized dental care device uses elastomer cleaning tips to adapt to individual dentition.

A light-curable dental impression material uses a polysiloxane resin composition to enable precise detail reproduction.

Photo-curing polysiloxane composition maintains pattern shape without reflow after post-baking.

Electric fields convert silk fibroin into reversible gels, solving consistency issues in traditional pH or thermal gelation methods.

A curved dental matrix molds restorative material to close tooth gaps while promoting papilla regeneration.

Matching sintering shrinkage in layered ceramic powders prevents distortion while achieving accurate color gradation.

A digital model of the facial mass enables precise simulation of tooth movements and mandibular kinematics for customized appliance design.

Segmenting catechol groups into side chains prevents polymerization consumption, resolving adhesive force versus structural stability trade-offs.

Liquid acrylic block copolymers resolve elastomer miscibility issues to deliver flexible, transparent temporary dental cements.

Benzoyl thiourea replaces tertiary amines to stabilize polymerization against acidic monomers, maintaining bond strength for direct restorations.

A curable composition balances monomer ratios to enable inkjet dischargeability while maintaining high mechanical strength.

A polyfunctional monomer reacts with isocyanate compounds to form high-strength cured dental materials.

Trehalose humectant absorbs moisture in curing agent paste, preventing self-curing and extending storage stability.

A multi-layer lithium silicate ceramic blank combines distinct material compositions to form dental restorations with tailored optical and mechanical properties.

Germanium dioxide addition lowers melting temperature while increasing flexural strength and density, resolving castability trade-offs in dental ceramics.

Vacuum film cures dental prosthetics against models, preventing polymerization shrinkage deformation.

Centrifuged preform establishes bimodal particle distribution to replicate natural tooth optical and mechanical properties.

Combining peroxide gel chemical debridement with optimized instrument sharpness eliminates anaerobic infections at pocket bases.

Evaporation strategy generates antibacterial fluorapatite-polyacrylic acid sheet to prevent secondary caries.

A single paste hydraulic dental filler hardens by absorbing ambient moisture without mixing.

A curable dental composition changes viscosity to perform retraction and impressioning in a single step.

A light focusing assembly uses convergent and divergent lenses to vary focal depth along the propagation direction.

Design tools deform 3D dental models via drawn lines, resolving the trade-off between high manufacturing precision and software complexity.

Non-uniform filler distribution creates a stiff plunger rod and flexible seal in one molded part, eliminating assembly steps while resisting buckling.

A dental retraction paste combines 1:1 and 2:1 silicate minerals to balance storage modulus with extrusion force for precise delivery.

An optical surface profile detection subsystem directs energy onto a local region to generate three-dimensional data for probe guidance.

Calcined and plasma-irradiated hydroxyapatite powder creates durable, color-matched dental films that resist acid dissolution.

A five-axis optomechanical positioning system moves a 3D measuring camera to capture dental models.

A resin modified dental luting cement composition utilizes a dual curing mechanism to form covalent and ionic networks.