The quest for efficient, biocompatible bone graft materials has reached new heights with Arthrex's synthetic bone substitute portfolio. These advanced solutions offer unprecedented capabilities in bone defect repair, fusion procedures, and trauma reconstruction.

Representing the next generation of bone graft technology, BoneSync™ BioActive demonstrates exceptional osteoconductivity and osteostimulative potential. Its proprietary formulation combines bioactive glass with other key components that actively promote cellular proliferation and differentiation.

The material's dual presentation as strips and putty allows surgeons to address various defect geometries with precision. Clinical applications span complex fracture repair, spinal fusion, and joint reconstruction where rapid osseointegration is critical.

Arthrex's BoneSync™ series provides orthopedic surgeons with optimized handling characteristics and reliable osteoconductive scaffolding. These synthetic alternatives reduce dependence on autografts while eliminating donor site morbidity.

The system's predictable performance makes it suitable for diverse scenarios including nonunion treatment, defect filling, and arthrodesis procedures across multiple anatomical sites.

Specifically designed for osteotomy procedures, the OSferion wedge system offers anatomical compatibility with Arthrex's specialized plating systems. The wedges' contoured design ensures precise gap filling following corrective bone cuts.

Intraoperatively, surgeons can mix the sterile wedges with autologous blood or bone marrow before implantation. The material's 100% β-tricalcium phosphate (β-TCP) composition provides optimal porosity for vascular invasion and osteogenesis.

For cases requiring immediate structural support, Quickset™ calcium phosphate cement delivers rapid-setting properties with excellent radiographic visibility. The material's moldable consistency allows adaptation to complex defect geometries while maintaining biocompatibility.

Common applications include cyst defects, tumor resections, and adjunctive fracture stabilization where time-efficient solutions are paramount.

Arthrex's resorbable calcium sulfate beads present a specialized solution for compromised surgical sites. Available in multiple diameters (3mm, 4.5mm, 6mm) and putty formulations, these beads gradually resorb while maintaining structural integrity during healing.

The material's biodegradability makes it particularly valuable in infected cases, where it can optionally serve as a local antibiotic carrier. This dual-action approach supports both mechanical reconstruction and microbial control.

Together, these innovations represent significant advancements in bone graft technology, offering surgeons versatile tools to address diverse clinical challenges while improving patient outcomes through science-driven solutions.