Bone Substitute Integration Devices

Osteogenic material for spinal fusion procedures. Supports bone healing and integration in surgical fusion applications.

Bone graft substitute for orthopedic and spinal surgery applications. XELITE BIOMED provides biocompatible scaffolding to support bone regeneration and fusion procedures. The product facilitates osteconduction and integration within surgical sites.

Osteoconductive and osteoinductive bone grafting materials for fracture healing and bone reconstruction. These materials promote bone formation and integration.

An implantable material for neurosurgical applications to repair and reconstruct bone defects in cranial and spinal procedures. The biomimetic composition supports tissue integration and promotes bone healing.

BONEGRAFT is a bone graft material designed for orthopedic and spinal surgical applications to promote bone regeneration and fusion. It facilitates osteogenic integration in procedures requiring bone restoration, supporting healing in trauma, degenerative disease, and reconstructive surgery.

An anchor device designed for bone regeneration purposes in orthopedic and sports medicine applications. The anchor is used to support bone healing and tissue integration in trauma surgery.

Bone graft material composed of PMMA with antibiotic integration, designed for orthopedic and spinal applications including hip spacers and challenging conditions such as osteoporosis. Manufactured under ISO 13485 standards with clinical validation for safety and performance.

Advanced osteosynthesis systems for bone fixation in orthopedic and maxillofacial surgical procedures. These implants utilize biocompatible materials and are designed to promote bone healing and integration. Manufactured using state-of-the-art machinery to ensure precision and durability.

Synthetic or allograft bone graft materials for promoting bone fusion and integration in spinal fusion procedures.

Implant systems designed to facilitate spinal fusion procedures by promoting bone integration between vertebrae. These devices stabilize the spine while bone fusion occurs.

Devices designed to support spinal fusion procedures using minimally invasive techniques. Engineered for optimal stability and integration during spinal reconstruction.

A next-generation bone adhesive/scaffold with porous, injectable, and controlled-release properties designed to enhance bone integration of bone implants. It is a bioresorbable medical material developed using biomimetic technology.