PELNAC®/TheraGenesis®

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.

Bioengineered wound healing products designed to promote tissue regeneration and accelerate wound closure. Utilized in the treatment of complex and chronic wounds.

Hybrid Negative Pressure Wound Therapy (NPWT) device for advanced wound management and healing acceleration. Combines controlled suction with moisture balance to promote granulation tissue formation and reduce infection risk in acute and chronic wounds. Designed for hospital and clinical wound care settings.

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.

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.

Advanced therapeutic solutions for managing non-healing and difficult-to-heal chronic wounds. Provides targeted intervention for complex wound pathology requiring specialized treatment approaches.

Advanced wound care device using negative pressure to promote healing of surgical wounds, pressure ulcers, and diabetic wounds. Facilitates tissue regeneration and closure.

Negative pressure wound therapy system designed for advanced wound management and healing promotion. The device applies controlled negative pressure to wound sites to facilitate tissue healing and reduce infection risk.

Integrated system for preparing and applying autologous PRP to chronic wounds and ulcers. Supports tissue regeneration in difficult-to-heal wound conditions.

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.

Xenograft-based peripheral nerve repair solutions designed for targeted nerve reconstruction. These products provide surgeons with flexible approaches including bridging, capping, and protecting damaged nerves across various nerve injury types. They promote functional recovery, reduce scar formation, and help prevent neuroma formation.