NanoBone® – a next generation, fully synthetic bone graft substitute

Reliable and convenient, NanoBone is a next generation, fully synthetic bone graft substitute.

Consisting of nanostructured hydroxyapatite (HA) embedded in a silica gel matrix – suspended in a hydrogel/polymer silica carrier – it provides the fullest support for bone regeneration at every stage of the healing process.

• Comparable healing rate to autograft without the costs and complications of harvesting
• Rapid absorption and reliable bone fusion
• Proven osteoinductive properties
• Early osteogenesis – silica matrix exchanged for autologous proteins within 10 days
• Patented nanostructure and optimised composition
• Preloaded, versatile and ready-to-use

Unlike traditional synthetic HA scaffolds, the HA in NanoBone is precipitated and unsintered to preserve its highly porous and permeable nanoarchitecture and degradation properties. When combined with the high porosity silica gel matrix, NanoBone offers distinct design properties for successful bone healing:

• Nanostructure of HA platelets is identical in morphology to HA in bone
• Nanostructure increases autologous protein enrichment
• Proven osteoinductive properties

Bone healing is a multi-dimensional process. The silica gel matrix in NanoBone is quickly transformed by the body into a biomimetic organic matrix that enables physiological bone turnover at a very early stage.

NanoBone is preloaded and ready-to-use in a wide variety of applications to maximise flexibility and efficiency during procedures.

• No mixing or preparation time needed
• Versatile, ergonomic handling and placement
• Holds form when moulded and adheres to surfaces

NanoBone SBX Putty – High extrusion volume for placement into larger open wounds

NanoBone QD – Slender profile for placement into deep cavities and minimally invasive procedures