Skin Implants TRIZ Cases
- Vacuum-Pulled Porous Silicone-Nylon Membrane for Wound Adhesion
Vacuum-pulled pores in a silicone elastomer and nylon weave prevent fluid accumulation while enabling rapid wound adhesion.
- Modified Mesenchymal Cells Induce Hair Follicle Neogenesis
Modified mesenchymal cells induce hair follicle neogenesis in skin substitutes.
- Dried Irradiated Skin Equivalents for Extended Storage
Gamma irradiation or vacuum drying stabilizes skin equivalents, eliminating cryopreservation damage while enabling long-term ambient storage.
- Vacuum Driven Hair Graft Implantation Device
A vacuum driven implantation device uses differential pressure to load and position hair grafts within a hollow needle.
- Real-Time FUE Hair Graft Harvesting and Implantation System
A real-time FUE system extracts and implants hair grafts directly without preservative storage.
- Artificial Hair Implant Device with Return Spring
A pen-like artificial hair implant device uses a return spring to reset the needle after insertion.
- Hair Graft Storage Device Segmentation and Permeable Medium
Segmented receptacles with a permeable cover preserve hair graft integrity while enabling easy retrieval in robotic systems.
- Skin Integrated Implant with Porous Titanium Frame
A titanium implant uses a solid frame filled with sintered particles to enable skin cell ingrowth.
- Robotic Hair Follicle Harvesting with Image-Guided Orientation
Image-guided robotic systems orient hair harvesting tools relative to follicular units, reducing transection rates caused by emergence angle variations.