Synthetic Bone Substitutes

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.

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

Devices designed for optimal integration with bone substitutes and grafting materials. Supports biological healing while providing mechanical stability.

SpherHA is a line of innovative synthetic bone substitutes based on bio-mimetic nano-structured hydroxyapatite. It is designed for bone regeneration and implantation applications in orthopedic and dental procedures.

Orthopedic calcium artificial bone is a biocompatible bone substitute designed for orthopedic and reconstructive surgery applications. It provides structural support and promotes bone regeneration in cases of bone defects, fractures, and spinal fusion procedures. The material integrates with native bone tissue and is gradually replaced during the healing process.

A synthetic bone graft material designed for orthopedic applications to support bone regeneration and repair in surgical procedures.

Mineralized collagen bone repair material designed for bone defect reconstruction in orthopedic, dental, and neurosurgical applications. The material mimics natural bone composition and structure to promote bone regeneration and healing. Indicated for grafting procedures where bone tissue replacement is required.

Bioactive bone graft material composed of hydroxyapatite for bone defect filling and regeneration. Minimizes biological damage while promoting osseointegration in orthopedic applications.

Animal-derived biological material for bone tissue repair and augmentation in orthopedic applications. Supports bone regeneration through natural scaffold structure.

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

Advanced biomaterial engineered for bone restoration and structural repair in orthopedic and reconstructive procedures.

Mineralized collagen biomimetic bone repair material designed for oral surgical applications including bone defect reconstruction. The material mimics natural human bone composition and structure, enabling effective osseointegration and bone regeneration in dental procedures. Indicated for alveolar bone defects, extraction socket preservation, and maxillofacial reconstruction.