Guided Tissue Regeneration Devices

A product series focused on tissue regeneration and repair applications in minimally invasive surgical procedures. The company develops materials and devices for facilitating tissue healing and regeneration in various surgical contexts.

Personalized GM structures designed to guide and stabilize bone growth in complex skeletal defects. These devices are manufactured with precision and biocompatible materials for predictable bone regeneration outcomes.

A biomaterial-based scaffold engineered to promote effective tissue regeneration in medical applications. Manufactured using proprietary production methods that preserve native biological properties for enhanced therapeutic outcomes.

A medical device designed for tissue and nerve regeneration therapy. It provides treatment solutions for nerve and tissue repair using advanced therapeutic technology.

Clinical-grade device for promoting tissue regeneration and wound healing through high-energy micro-oxygen delivery. Utilized in plastic surgery, dermatology, and orthopedic applications for enhanced tissue repair outcomes.

Biomaterial scaffold platform designed to support tissue regeneration across multiple anatomical sites. Composed of biocompatible materials that promote cellular infiltration and differentiation. Used in reconstructive and regenerative medicine applications.

Specialized materials for bone reconstruction and regeneration in orthopedic applications. Manufactured under medical device certification standards for clinical safety and efficacy.

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

Personalized guided bone regeneration (GBR) structures that guide and stabilize bone growth in complex defects. These custom-designed meshes combine precision engineering, biocompatibility, and structural design to support bone reconstruction and healing.

A three-dimensional scaffold designed to guide and support tissue regeneration in bone defect areas. The scaffold provides structural support while degrading naturally as new bone forms.

Biomaterial conduit designed to guide and facilitate peripheral nerve regeneration. Creates a protected microenvironment supporting axonal growth across nerve gaps. Used in peripheral nerve repair surgeries.

Textile-based biomaterials for periodontal tissue engineering and regeneration applications. These materials support periodontal ligament and bone regeneration with controlled degradation profiles.