RebonaVet delivers four β-TCP delivery forms for predictable bone regeneration — precisely matched to every surgical scenario in companion animal orthopedics.
Each delivery format engineered for specific surgical scenarios — from percutaneous injection to contourable matrix placement.
Free-flowing granular particles with interconnected porosity — mimics trabecular bone architecture for optimal cell ingrowth and vascularization.
Dense cylindrical form providing structural support at load-bearing sites. Pre-formed for precise placement into tunnel and core defects.
Silicate-enhanced β-TCP in a PLA scaffold. Gains elasticity when wetted — conforming to complex anatomy. Cut, fold or shape intraoperatively.
Syringe-delivered — zero mixing required. Minimally invasive for limited-access sites. Silicate bioactivity accelerates bone formation at the defect.
Sequential biological events guide the scaffold from temporary matrix to permanent native bone — with no residual foreign material at the healed site.
Interconnected macroporosity and calcium phosphate chemistry guide cell attachment, proliferation and vascular ingrowth — structurally analogous to cancellous bone mineral.
Silicon ions upregulate osteogenic pathways and increase protein retention — converting the scaffold from osteoconductive to osteoinductive without additional growth factors.
Progressive β-TCP degradation over 4–6 months is matched to new bone apposition — ensuring structural continuity with zero residual synthetic material.
Injectable Putty applied to fill the fracture gap following plate fixation in a 1.8 kg Chihuahua. Full cortical bridging documented at 6-week follow-up radiograph.
Clinical cases with surgical photos, radiographs, video and written summaries — coming soon. Leave your email and we'll notify you when the first cases go live.
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