PELNAC®

PELNAC™ is a bioabsorbable artificial dermis designed for surgical reconstruction and wound closure applications. Leveraging proprietary Japanese manufacturing technology, this device provides dermal support that gradually resorbs as tissue regenerates, reducing the need for secondary grafting procedures.

Collagen-based artificial dermis containing alkaline treated gelatin for enhanced properties in tissue reconstruction. This advanced version provides improved performance characteristics for wound healing and dermal regeneration. Available only in Japan.

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.

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.

Acellular matrix membrane derived from animal peripheral nerve tissue for repair and regeneration of damaged peripheral nerves. This bioengineered implant provides structural support and biochemical cues to guide nerve regeneration. It is the first domestically developed animal-source nerve extracellular matrix device for human peripheral nerve repair.

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.

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.

Regenerative therapeutic material combining biocompatible components for tissue repair. Indicated for orthopedic and dental surgical applications. Promotes natural tissue restoration and integration.

Proprietary collagen-derived materials designed for nerve repair applications. These products offer favorable profiles in terms of tissue support, guidance, and healing. They are resorbable, biocompatible, and semipermeable, eliminating the need for autograft harvesting and allowing for convenient single surgical procedures.

Bioabsorbable mesh materials for temporary tissue reinforcement in surgical procedures. These materials provide structural support during the critical healing phase and are gradually resorbed by the body. Suitable for applications where permanent reinforcement is not required.

Matrixflex™ is a regenerative biomaterial scaffold designed for tissue repair and regeneration across orthopedic, dental, and surgical applications. The product leverages advanced biomaterial science to support cellular integration and tissue restoration, with FDA registration and 170+ global regulatory approvals. Matrixflex™ is manufactured under ISO 13485 and MDSAP-certified processes, supporting clinical outcomes in regenerative medicine.

Non-absorbable polypropylene hernia mesh designed for surgical repair of abdominal and ventral hernias. This biocompatible implant provides durable reinforcement and support during hernia reconstruction procedures. CE-certified and manufactured to ISO 13485 standards for clinical reliability and patient safety.