Tendon Repair Matrix

Biomaterial scaffold designed for soft tissue regeneration in reconstructive procedures. Provides three-dimensional structure supporting fibroblast proliferation and collagen deposition. Used in muscle, tendon, and ligament repair.

Biocompatible matrix material supporting soft tissue repair and regeneration. Applicable across multiple surgical specialties including oral, maxillofacial, and dermatological procedures.

Engineered extracellular matrix-based product for tissue regeneration and wound healing. Promotes cellular growth, differentiation, and tissue remodeling through biomaterial scaffolding. Indicated for traumatic injuries and chronic wound management.

A multi-layered implantable scaffold designed for simultaneous bone and soft tissue regeneration applications. Utilizes different material compositions optimized for each tissue interface.

Biomaterial scaffold specifically engineered for cartilage tissue regeneration and repair. Supports chondrocyte proliferation and differentiation within a three-dimensional structure. Used in orthopedic surgery for articular cartilage defects.

A chondro matrix material intended for orthopedic applications to support cartilage and bone tissue regeneration.

A tissue engineering scaffold designed for oral tissue regeneration and repair applications. The product represents an industry-leading solution developed through collaboration with international dental regeneration specialists.

Amnion Matrix Allograft is a processed human amniotic membrane tissue used for wound healing, tissue repair, and regeneration in surgical and clinical applications. The allograft provides a natural scaffold for tissue integration and is indicated for chronic wounds, burns, and soft tissue defects. It offers anti-inflammatory properties and promotes epithelialization and angiogenesis.

Biodegradable three-layered cartilage implant for degenerative and post-traumatic cartilage defects. Composed of PLGA + TCP/PGA biocomposite that promotes formation of hyaline cartilage and subchondral bone. Designed for joint cartilage repair with varying dimensional options for precise implantation.

A decellularized matrix-based medical device designed for peripheral nerve repair. This implantable product utilizes processed biological material to support nerve regeneration and restoration of peripheral nerve function.

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.

Biologically derived extracellular matrix materials designed as tissue engineering scaffolds for regenerative medicine applications. These materials maintain natural tissue architecture and biochemical properties to promote cellular integration.