Powerbone Synthetic Bone Graft

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

Synthetic bone graft materials designed to support spinal fusion and bony union in orthopedic procedures. Materials promote osteogenesis and integrate with native bone.

Bioengineered material for alveolar bone regeneration in dental implant procedures. Promotes osteogenesis while providing mechanical support for implant placement. Applied in periodontal and implant surgical procedures.

Actibone is a synthetic bone graft material designed for orthopedic and dental surgical applications requiring bone regeneration and augmentation. The product provides structural support and promotes osteogenic activity in bone defect repair, fracture healing, and reconstructive procedures. It offers an alternative to autologous bone grafts with reduced surgical morbidity.

Regenerative bone graft material designed for orthopedic and spinal applications, utilizing absorbable inductive regenerative biomaterial technology to promote bone healing and regeneration. The product combines resorbable scaffold properties with osteoinductive capabilities for bone defect filling and skeletal repair procedures.

Collagen-based bone graft for orthopedic and dental surgical applications. Provides structural support and promotes bone regeneration in defects and fractures. Biocompatible formulation facilitates osteointegration and accelerates healing outcomes.

Biocomposite synthetic bone graft system combining PLGA and TCP for orthopedic trauma and joint reconstruction. Features multiple implant designs including interference screws and suture anchors for fracture fixation, cartilage repair, and ligament reconstruction procedures. Biodegradable composition promotes bone formation and tissue integration while minimizing implant pull-out.

A calcium-based bone graft material engineered for use in bone reconstruction and repair procedures. Part of Biocomposites' range of calcium compound devices for orthopedic applications.

OSTEOwelt® SYNTHETIC BONE GRAFT is a biocompatible bone substitute designed for orthopedic and reconstructive surgical applications. It promotes bone regeneration and integration in defect sites, serving as an alternative to autografts and allografts. The synthetic formulation provides consistent quality and eliminates donor site morbidity.

Natural low-crystalline hydroxyapatite with collagen bone graft in granule form. Resorbable implant for orthopedic, dental, and neurosurgical bone regeneration and reconstruction.

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.

A surgical plate system designed for bone grafting and fixation in orthopedic procedures. The device facilitates bone healing and stabilization in traumatic and degenerative spinal conditions.