Dental Implants TRIZ Cases

An insert adapter converts multi-position coupling interfaces into single position one-way platforms.

Vibration-assisted insertion of a thermoplastic layer into bone tissue irregularities provides primary torsional stability and eliminates waiting periods.

Electron beam irradiation densifies the aerogel above 98.5% theoretical density without grain growth, preserving translucency.

Contacting surfaces transfer torque from a fixation screw to rotate a dental component, eliminating manual rotation steps and preventing axial misalignment.

Lever linkages move adjacent stages oppositely, merging driving units with the stage to reduce volume and improve area efficiency.

Step-like collar areas slow molten precious metal flow, preventing overflow defects and graphite contamination in dental implant castings.

A customizable dental post positions the retaining screw hole anywhere on its surface to ensure precise fitting for prostheses.

An augmented reality system maps patient face images to transmission data in 3D form for real-time surgical visualization.

Segmented pivot arms form an enclosure around the pin head and shaft, eliminating finger fatigue by replacing direct pressure with mechanical leverage.

A medical device correlates motor current values with torque to assess bone quality during thread cutting.

An adjustable screw tip device drills into cortical bone to create micro-osteoperforations.

A dental component uses leading indexing elements to guide rotational positioning before final locking.

A treatment system uses a conductive media cannula to deliver electrolytic fluid for precise biofilm removal from implant surfaces.

A dental exposure device uses visible light radiation to illuminate objects.

A dental implant connection platform uses a conical portion and hexagonal interlock recess to provide secure multi-functional component attachment.

Segmented organizer case prevents sterility loss and surgical errors by isolating implant vials in dedicated compartments.

Segmented dental implants reduce jawbone stress by using a central bulge to achieve maximum torque after the cortical plate passes.

Resorbable polymer membranes neutralize acidic byproducts during degradation to prevent post-surgical adhesions and inflammation around implants.

Segmented connectors combine zirconia collars for aesthetics with metal cores to withstand alternating loads.

A conical zirconia jaw implant uses a sawtooth thread to gently displace bone tissue during insertion.

CAD method designs internal resin chambers for glass fiber reinforcement, resolving strength versus aesthetics trade-offs in dental prostheses.

A calcium phosphate coated dental implant integrates a cultured periodontal ligament cell sheet to stabilize the fixture and prevent peri-implantitis.

Spiral grooves on a rotating bit propel bone powder into the sinus floor, reducing manual effort and operation time.

Elongated pore structures in bonded porous metal bodies align directional strength with human bone to resolve stress shielding and brittleness.

Segmented implant bodies allow precise length adjustment, resolving the trade-off between clinical adaptability and device complexity.

A dental implant abutment uses a rotating polygonal appendix to separate from the fixture.

A digitizable dental implant analog enables direct extraoral scanning of an impression tray without forming a physical positive model.

Dividing the workpiece body into variable sections resolves waste from fixed-size blanks by allowing selective use of required compositions.

Segmented dental implants prevent cross-threading by dividing the external surface into distinct proximal, middle, and distal zones with varying thread depths.

A screw expands skirted fins in a hollow body to anchor the device, eliminating the healing period required by conventional implants.

Transparent eyeglass screens overlay optical recording data to resolve the trade-off between implant placement accuracy and surgeon movement freedom.

A biodegradable implant integrates a barrier membrane directly to the scaffold surface.

A cannulated drill guide pin establishes precise trajectory for sequential drilling stages in dental implant procedures.

A self-tapping dental implant uses opposite-direction helical grooves to create sharp cutting edges and narrow plateaus for efficient debris clearance.

Disposable trays with penetrable walls enable precise implant positioning while eliminating silica dust hazards from traditional manufacturing.

An implant abutment integrates a screw-on impression attachment to capture direct oral cavity impressions without intermediate copings.

Segmented core zones with circular and non-round geometries reduce insertion damage while ensuring bone adaptation.

A dental implant uses a fixing part to secure the crown and abutment without adhesive cement.

A dental prosthesis framework uses model parts to define veneer outer contours while maintaining a precise gap between components.

Grinding and etching magnesium alloy films eliminate surface impurities, resolving inhomogeneous corrosion and improving biocompatibility.

An integrated biomaterial combines a collagen and bone mineral lower structure with an upper collagen layer to create a stable tissue environment.

Perforated scaffold superstructure securely holds bone augmentation material, resolving strength and porosity contradictions in vertical bone defects.

A thermoplastic coating on a ceramic base body absorbs high chewing forces, preventing detachment and splintering in dental prostheses.

A dual thread fixation screw couples a customized abutment to a damaged dental implant.

Segmented drills create ovular bone sockets to prevent underfilling and improve fixture stability.

Silicate mineral aggregate implants resolve electrochemical activity while ensuring osseointegration.

Extending the base cavity vertically reduces visibility and bacterial risk while maintaining mechanical stability through nested support.

A dental implant kit uses a retraction interface to align the implant body with a superstructure.

Chemical vapor deposition creates uniform micro and nano structures on titanium implant surfaces through controlled oxidation and reduction cycles.

A rotatable connector adjusts the abutment angle within a dental implant assembly to resolve surgical failure caused by fixed-angle implants in inclined gums.