Powerbone Biphasic Granule

Powerbone Biphasic Granule

Combines 90% Hydroxyapatite (HA) and 10% β-TCP to offer a balance between resorption and long-term volume preservation. Biphasic Granule is osteoconductive and osteoinductive.

Application

Powerbone Biphasic Granule is used in dental and orthopedic surgeries to support bone regeneration by providing a stable and bioactive scaffold.

Indications

• Repair of bone defects
• Bone augmentation in spinal arthrodesis
• Periodontal treatment
• Coating for metallic implants

Properties + Advantages

• Elicits similar responses to in vitro and in vivo responses by bone and promotes cell attachment, proliferation, and expression.
• The combination of 90% HA and 10% β-TCP has been successfully used in many clinical situations such as repair of bone defects
• Shelf life is 5 years.
• The product is produced by Powerbone who is a manufacturer the ISO 13485 Quality Management System Certificate obtained from the accredited institution.
• Biphasic Granule is biocompatible with human tissue.
• Biphasic Granule is osteoconductive and osteoinductive.
• Biphasic Granule must be sterilized by the Gamma irritation method.
• Biphasic Granule is similar structure to the mineral present in the bone.
• Powerbone Biphasic bone graft pore structure and composition is optimised for new bone regeneration and long term volume preservation.
• While the granule containing only β-TCP degrades in 6-12 months during the healing process, in the combination of 90% HA and 10% β-TCP, β-TCP degrades first and then HA, this process takes 12-18 months and supports bone formation.

Safe, biocompatible and Sterile

• Radiopaque
• Biogradable
• Powerbone Biphasic bone graft pore structure and composition is optimised for new bone regeneration and long term volume preservation.
• While the granule containing only β-TCP degrades in 6-12 months during the healing process, in the combination of 90% HA and 10% β-TCP, β-TCP degrades first and then HA, this process takes 12-18 months and supports bone formation.