Impression Caps TRIZ Cases

CT scanning of a physical dental impression creates direct 3D dentition models, avoiding stone casts to improve accuracy and workflow.

Crosslinked polymer particles combine antibacterial monomers with network-forming monomers to improve antibacterial durability in dental compositions.

A moving calibration target with distinct feature portions and onboard sensors improves intraoral scanner accuracy while keeping calibration repeatable.

Light irradiation at 350-500 nm shortens dental glass ceramic heat treatment, enabling chairside restorations with strong esthetics.

Authenticated wireless mode requests protect firmware, patient data, and battery life in intraoral scanners with limited computing resources.

Structured light and OCT are fused to capture subgingival and internal tooth structures for accurate dental models and earlier lesion detection.

Automatically generates orthodontic plans from initial and final dental arch models while smoothing tooth movement to reduce health risks.

Non-crosslinked polymer particles help composite resin teeth absorb occlusal stress, resist fracture, and bond better to denture bases.

An adapter tooth enables smooth 3D dental model transitions across major shape changes while reducing morphing computation and preserving realism.

3D scan alignment calculates occlusal vertical dimension for dentures, reducing direct scans, manual adjustment, and repeat visits.

Balanced thiourea and α-diketone curing keeps dental cement removable after light exposure while preserving high adhesive strength.

A porous inorganic filler reduces mixed-material stringiness so dental cement can be shaped sooner while retaining mixability, strength, and transparency.

Alternative cyclic primary monoamines improve root canal filling biocompatibility while preserving thermomechanical strength, radiopacity, and handling.

A spinel glass-ceramic uses controlled crystallization to exceed 400 MPa flexural strength while tuning translucency for larger dental restorations.

A porous inorganic filler cuts mixed-cement stringiness, enables earlier shaping, and preserves mixability and mechanical strength.

3D oral scanning checks attainable versus minimum prosthesis thickness so dentists can adjust preparation surfaces in one visit and spare healthy tissue.

Quaternary pyridinium salt additives help dental adhesives resist enzymatic degradation, improve dentin bond durability, and support curing.

A tailored dental monomer mixture cuts polymerization shrinkage while preserving flexural strength, elastic modulus, and biocompatibility.

Motion- and timer-based power transitions cut idle drain in an intraoral scanner, extending battery life while keeping it ready to scan.

Contact-triggered oral imaging during brushing captures usable tissue images without extra equipment, improving diagnosis reliability and saving time.