Segmented delivery prevents premature biomaterial degradation by nesting the expandable capsule within a minimally invasive introducer device.
Thermogelling polymer blends inject as liquids and solidify in situ at body temperature, avoiding surgical trauma.
Inflatable air chambers in a non-elastic bra exert orthogonal compression on breast skin to promote tissue adherence.
A breast implant selector system uses patient-specific measurements to determine appropriate device dimensions.
Segmented elastomeric shell uses textured fixation zones to anchor tissue and smooth areas to disrupt capsular contracture formation.
Spool and band mechanisms adjust breast implant size post-implantation, resolving the trade-off between adaptability and device complexity.
Segmented tissue grafts resolve constrictive recurrence by enabling independent cell expansion under pressure while maintaining structural integrity.
Non-metallic access ports and weak magnets eliminate MRI heating artifacts while preserving precise device localization.
A two-chamber breast prosthesis uses shear thinning silicone putty to conform to mastectomy chest irregularities without component separation.
Textured elastomeric membrane expands to compress cohesive gel, resisting shear forces at complex junctions while improving tissue adhesion.
Cross-linked adipose matrix with tropoelastin balances mechanical strength and biocompatibility to support tissue regeneration.
A three-dimensional polymeric medical implant combines a porous layer with an organized load-bearing structure to control mechanical properties.
Pre-shaped soft tissue grafts with optimized aperture density promote angiogenesis while maintaining structural integrity for specific procedures.
A sterile funnel transfers breast implants directly from packaging to the surgical site without human contact.
A biomimetic textured surface with convex tissue-contacting members encourages cell anchoring and growth on implant materials.
A sterile loading apparatus uses pop-up inclined guides to orient breast implants into delivery devices while maintaining a sealed barrier.
Nested delivery of a resorbable elongate member lifts fatty breasts through small incisions, eliminating visible scars and reducing recovery time.
Controlled surface roughness reduces tissue encapsulation while maintaining fixation stability.