PELNAC Gplus™

An advanced wound care product utilizing bioabsorbable technology designed to provide comfort and relief post-surgery while enhancing tissue regeneration and healing. This product is part of GUNZE's comprehensive surgical and wound care solutions. Available variants: PELNAC® / TheraGenesis®.

PELNAC® is a bioabsorbable regenerative material designed to support post-surgical healing and tissue regeneration. This medical device provides temporary structural support while promoting natural healing processes, making it suitable for surgical applications requiring enhanced tissue repair and comfort.

An NMPA-approved collagen protein implant for medical aesthetic and tissue repair applications. The implant utilizes bioactive collagen with complete triple helix structure for safe and effective tissue augmentation.

A unique collagen-elastin matrix designed to serve as a dermal replacement scaffold for tissue regeneration applications. This bioengineered scaffold maintains native biomaterial properties and promotes effective tissue reconstruction and healing.

A hybrid mesh medical device combining collagen sheet and polycaprolactone (PCL) mesh manufactured using 3D printing technology. It is used for reinforcement and reconstruction of damaged soft tissues such as muscle and abdominal wall. The device is biodegradable, naturally dissolves in the body over approximately 6 months, and regenerates as tissue while reducing adhesion problems. It addresses issues associated with cadaver-derived dermal grafts including high cost, inflammatory response, and supply imbalance.

NANOGEL is a biomaterial solution engineered for bone restoration and ligament repair in orthopedic and spinal surgery. Designed to provide structural support and facilitate tissue integration, this biocompatible gel acts as a binding matrix between surgical sites and biological tissues. Suitable for use in spine, trauma, and reconstructive orthopedic procedures.

A graft version of the TissueDerm hybrid mesh technology for soft tissue reconstruction and tissue regeneration applications.

An artificial bone repair material composed of ordered type I collagen protein and nano-hydroxyapatite (HA) composite material, with composition and microstructure highly similar to natural bone matrix. Synthesized through proprietary in vitro biomimetic mineralization technology, it is completely biodegradable and absorbable in vivo, guiding new bone generation and promoting healing of bone defects.

A dressing product with recombinant type III humanized collagen protein as the main component, prepared using freeze-drying technology and provided in a fixed-liquid separation package for immediate use. It rapidly replenishes extracellular matrix components and stimulates fibroblast metabolism and proliferation to promote endogenous collagen synthesis and regeneration. The product is indicated for non-chronic wounds including shallow surface wounds, post-surgical sutured wounds, mechanical trauma, minor cuts, abrasions, laser/photon/chemical peel wounds, and minor thermal burns, providing microenvironment support for wound healing.

An advanced polymer-based hydrogel scaffold engineered for wound closure and tissue regeneration applications. The material promotes cellular integration and tissue healing through optimized crosslinking mechanisms. Product meets international quality standards including ISO 10993 biocompatibility requirements.

Medical recombinant type III humanized collagen repair patch for tissue regeneration and wound healing. This implantable device provides structural support for dermal and soft tissue repair in surgical and reconstructive applications. The humanized collagen matrix promotes cellular integration and reduces inflammatory response.

An acellular matrix derived from dermal, fascia lata or pericardial membrane used for different reconstructive surgeries. These tissues are provided in different thicknesses and can be selected according to specific treatment requirements.