Exceptional Product
OsteoMatrix Synthetic Bone Graft Composite is a bone graft substitute which is resorbed as it is replaced by newly-formed bone. It is used as a bone void filler for bony voids of the skeletal system.
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OsteoMatrix® Synthetic Bone Graft Composite
A new and exciting proprietary grafting product, OsteoMatrix Synthetic Bone Graft Composite is a phenomenal matrix for bone regeneration in orthopedic surgical procedures. OsteoMatrix Synthetic Bone Graft Composite is a two-phase highly porous bone graft composite which is resorbable and able to be replaced by newly-formed bone.
OsteoMatrix Synthetic Bone Graft Composite is a biphasic calcium phosphate (BCP) material comprised of 80% beta-tricalcium phosphate (B-TCP) and 20% hydroxyapatite (HA) featuring interconnected macropores and 3-dimensional micropores. It is designed to mimic the structure of natural cancellous and cortical bone and degrades in stages to be replaced by bone through the bone remodelling process.
The benefits throughout each stage of the process include:
Porosity
- Interconnected macropores provide a porous scaffold for bone formation as the synthetic biocomposite is resorbed
- 3-Dimensional micropores allow the flow and circulation of biological fluids
Application
- Can be used in bone voids created surgically or via traumatic injury
- The slower resorbing hydroxyapatite provides a longer term scaffold as the faster resorbing B-TCP undergoes dissolution and reprecipitation
100% Synthetic
- No risk of disease transmission
- Consistent formulation
- Extended shelf life
Ready for Use
- Packaged for quick and easy handling during surgery
- Provided in sterile packaging for single-patient use
Biocompatible Material
- Biphasic calcium phosphate (BCP) material comprised of 80% beta-tricalcium phosphate and 20% hydroxyapatite (HA)
- The composite mimics the structure of natural cancellous and cortical bone
