Advanced Biomaterials for Predictable Bone Regeneration.
The Science Behind Better Bone Regeneration.
Engineered biomaterials with high surface area that work with biology to support predictable bone healing.
The Biology of Bone Regeneration Begins at the Surface.
Blood proteins rapidly adsorb onto the graft surface, creating a biological foundation.
Osteogenic cells attach, proliferate and begin to lay down new bone.
New blood vessels infiltrate the scaffold, delivering oxygen and nutrients.
New bone is formed and remodeled through natural bone turnover.
The graft is replaced with vital, functional host bone. Seamless integration is achieved.
From Graft to Vital Bone - The OSTA Maxigro Advantage.
NCB - Normal Conchal Bone. OM - Mineralized OSTA Maxigro. NB - New Vital Bone.
Early Healing
(Week 2)
Early Integration
(Week 4)
Active Bone Formation
(Week 8)
Mineralization
(Week 10)
Mineralized Bone
(Week 12)
Graft particles (OM) surrounded by normal concha bone (NCB) and early healing tissue.
New bone formation begins around the graft particles with increased cellular activity.
Mature bone trabeculae form and integrate with the graft, extensive vascularization.
Graft is remodeled and being replaced by mineralized host bone.
Graft is replaced with vital, mineralized host bone. Seamless integration achieved.
Osta Biomaterials develops, manufactures evidence-based regenerative solutions to support clinicians in achieving predictable bone regeneration outcomes.
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Case Study: Socket Preservation Oct 2017
Case Study: Sinus Lift Oct 2019
Case Study: Immediate Placement Jan 2023
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