Dental Implants TRIZ Cases

A porous dental implant device facilitates blood flow into a cavity to promote vital nerve root and pulp formation, resolving aesthetic and integration issues.

Segmented screw threads on a dental implant fixture reduce insertion torque while increasing initial fixing force to prevent bone absorption.

A universal one-piece scan body fits directly into a dental impression cavity to register implant position and orientation.

Visual recognition portions on the positioning seat and unit provide objective feedback during attachment, preventing slanting and loose artificial teeth.

Asymmetric external convex elements on the anti-rotation portion prevent rotational displacement in dental models without adding structural complexity.

An adjustable dental implant interface member aligns abutments to patient morphology through real-time angular positioning.

Segmented polygonal adapters provide discrete angular positions, resolving fixation stability versus positioning freedom.

A segmented dental drill bit creates an anatomically shaped opening in the jawbone to securely accommodate a dental implant and abutment.

Adjustable length and pivot mechanisms let professionals maintain safe distance from radiation while ensuring precise sensor placement.

A removable metal adapter with a conical interface connects to ceramic dental abutments.

Protrusions on a U-shaped dental bar align denture teeth, preventing delamination caused by insufficient retention in smooth designs.

An all-ceramic dental implant employs a translucent polymer shell to resolve the contradiction between osseointegration reliability and aesthetic opacity.

A dental implant uses a spherical connection between the anchorage body and abutment to enable adjustable tilt angles for precise surgical placement.

Guiding paths in a 3D-printed dental template direct drilling tools along calculated trajectories, preventing tissue damage from imprecise manual angles.

A porous tantalum dental implant achieves initial stability through bone ingrowth into its matrix structure.

An intra-oral insert embeds sensors and a transponder coil, using near-field communication to transmit pH and pressure readings without wired connections.

Color-changed segmented abutment prevents over-grinding by visually distinguishing the stable core from the removable cover layer.

Electrochemical deposition of silver nanoparticles onto dental implant surfaces prevents bacterial colonization and reduces peri-implantitis risk.

Interchangeable tips and dual balloons reduce tool complexity while preventing membrane perforation during bone expansion.

Universal coping geometry distributes masticatory loads to reduce tension on the fitting platform.

A hydrophilic high-density PTFE barrier promotes tissue attachment and fluid transmission.

Threaded bore design enables secure implant attachment while minimizing bone tissue damage during installation.

A dental instrument with a curved lifting tip and bone graft condenser overlaps tissue to seal perforations.

A pre-assembled ring and bar mechanism anchors dental implant spacers to cylinders without manual holding.

CT-guided surgical guides align with the greater palatine foramen to navigate the complex canal, ensuring precise sphenopalatine ganglion placement.

Plasma technology cleans and activates dental implant surfaces to enable precise application of customized liquid solutions for individual patient needs.