PELNAC™

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 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®.

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.

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.

Absorbable surgical meshes for hernia repair and tissue reinforcement. These textile-based implants are engineered to provide structural support during the healing process and gradually resorb, eliminating the need for removal. Available in various configurations to support multiple surgical applications.

Hybrid mesh materials combining permanent reinforcing fibers with absorbable components for optimal tissue integration. These products provide temporary support during critical healing phases while maintaining long-term reinforcement. Designed for reduced chronic inflammatory response.

Absorbable surgical meshes for hernia repair and tissue reinforcement in abdominal and pelvic procedures. These devices provide temporary structural support while degrading as tissue heals.

Supports natural healing during nasal septal perforation repair and donor site repair procedures.

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 medical device product from PLCOSKIN's product portfolio designed for tissue regeneration and soft tissue reconstruction.

Absorbable surgical meshes engineered from biodegradable polymers for temporary tissue support during healing. These meshes are designed to gradually degrade as the body repairs tissue, reducing the need for secondary removal procedures.

Layered mesh materials designed for use in hernia repair and tissue reconstruction procedures. These patches reinforce damaged tissues in inguinal and other anatomical regions.