Cosmetic Implants TRIZ Cases

Balancing crosslinked and non-crosslinked hyaluronic acid improves cohesivity, shape retention, and low migration after injection.

A crosslinked HA gel balances lift, cohesivity, and thin-needle injectability for minimally invasive chin and facial contour augmentation.

A thermosensitive hydrophilic-hydrophobic copolymer lowers injection force for deep tissue repair while biodegrading within 12 weeks.

Porous silk fibroin particles with a biodegradable coating extend soft tissue volume retention after injection while supporting gradual regeneration.

Pressure relief slots and a biased valve protect a penile prosthesis pump from high-pressure malfunction during inflation and deflation.

Colored markings, grooves, or protrusions help orient the ovoid implant during placement, while fixation holes limit rotation and displacement.

Releasing mandibular retaining ligaments creates an extended subperiosteal pocket for larger implants and greater chin projection.

A temporary implant maintains corporal space between surgeries, reducing fibrosis and scarring while infection resolves before prosthesis re-implantation.

AI extracts patient-specific nasal cartilage from medical images, simulates its adjustment, and improves implant fit prediction while reducing repeat visits.

A defined warp-knitting pattern combines porous flexibility with mechanical strength for abdominal wall reinforcement and fixation.

This case combines ligament release, a subperiosteal pocket, and a U-shaped implant for greater jawline augmentation.

A detachable sling and shaped applicator frame guide accurate submental placement while securing the implant during neck lift surgery.

Segmented inflatable bladders enable postoperative shape correction, resolving the trade-off between anatomical adaptability and structural complexity.

Genetically modified TSP-2-null ECM resolves the biocompatibility-customizability trade-off by enabling precise tuning of scaffold mechanics for wound repair.

Step tapered recesses in the base accommodate various dilator diameters, ensuring stable positioning during vaginoplasty surgery.

A rigid implant base fixed to the iliac crest supports an outer surface that extends laterally beyond the bone.

Segmented coverage exposes the anterior surface for palpation access, resolving the trade-off between aesthetic enhancement and physical integrity.

A hydrophobic coating prevents premature hydration and swelling of hyaluronic acid threads, maintaining tensile strength during insertion.

A malar implant featuring soft tissue spikes and a superior tab to anchor the device securely.

A flexible silicone implant corrects temporal hollowing using interior support structures for tissue integration.

Freeze-drying perforated collagen-coated surgical meshes prevents fluid pocket formation while maintaining mechanical strength.

Dual-purpose craniofacial implants fill bone voids while augmenting the temporal area, preventing hollowing and eliminating revision surgeries.

Polyethylene glycol and hydrogen peroxide modification prevents calcification and reduces immune rejection in preserved collagen connective tissue implants.

A foot implant absorbs forces through a composite lining to supplement atrophied fat pads, preventing rupture and migration.

Flowable gel transforms into a conforming barrier around severed nerve ends, preventing neuroma formation and reducing mechanical stimulation.

Segmented laminated sheets create a thin channel implant that prevents eye overlift while maintaining porosity for tissue integration.

Segmented design with elastic flange and fixing screw prevents gravity sagging while maintaining natural appearance.

An asymmetric brow lift implant uses offset longitudinal axes to create a gradient elevation profile across the eyebrow.

A layered tissue scaffold uses gradient pore structures to facilitate cellular invasion and nutrient diffusion through interconnected channels.

Symmetry Solutions Method applies dermal filler to correct facial asymmetries caused by fetal gestation position.

A biodegradable horseshoe scaffold transforms from a straight insertion form to reshape ear cartilage.

A catheter deploys a patch via an expandable balloon, using UV light to cure adhesive and bond tissue without mechanical anchoring.

A triple-layered nerve catheter uses oriented microchannels and crossing-angle fibers to guide tissue regeneration.