Cartilage Repair Matrix

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.

Biodegradable scaffold matrix combining enzymatic polymer, inorganic ceramic, and hyaluronic acid for bone and cartilage repair. Used in orthopedic, plastic, and neurosurgery applications with personalized anatomical shaping capabilities. The scaffold integrates with titanium components to support tissue regeneration and healing.

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 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.

Biological material for tendon and ligament repair in orthopedic and soft tissue applications. Supports tissue regeneration with minimal inflammatory response.

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

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

biocade® is an integrative collagen matrix designed for plastic and reconstructive surgery to support soft tissue regeneration. The biocompatible matrix facilitates tissue integration and healing in surgical reconstruction procedures. Manufactured from purified collagen under stringent quality standards, it provides a biological scaffold for tissue repair.

Transparent collagen matrix designed for dural repair and reconstruction during neurosurgical procedures. biocade® dura provides biocompatible support for dura mater defects, promoting tissue regeneration while maintaining surgical visibility. The matrix is fully biologic and resorbable, eliminating the need for secondary removal surgery.

Xenogeneic-derived matrix for general soft tissue reconstruction and augmentation in surgical applications. Supports tissue integration and healing with minimal immune response.

Advanced bone graft substitute materials combining xenograft mineral and collagen composite matrix. These products promote successful tissue ingrowth and repair for orthopedic applications. They are engineered to support tissue healing and regeneration with high biocompatibility and optimal resorption and remodeling characteristics.

Cellular matrix product combining autologous conditioned plasma with hyaluronic acid. Used in orthopaedic and regenerative medicine procedures for joint treatment.