HippoFi entered into a partnership with Zimmer Biomet to introduce a novel synthetic biomaterial for bone growth, set for a 2024 launch under HippoFi’s biologic subsidiary, PUR Biologics.
HippoFi/PUR gained FDA 510(K) clearance for ActiveOrb technology, and secured from Zimmer Biomet an exclusive global license to the underlying technology for the spine market. Both entities have engaged in a joint commercialization research agreement, with Zimmer Biomet overseeing the production of the spine-specific product under the PUR Biologics brand.
PUR Biologics’ line of biologic products includes allografts and demineralized extracellular matrices, synthetic bone-forming solutions, cellular-derived tissues and a future of patented and next-generation regenerative stem cell and growth factor-driven therapeutics for treating osteoarthritis and cartilage regeneration.
HippoFi entered into a partnership with Zimmer Biomet to introduce a novel synthetic biomaterial for bone growth, set for a 2024 launch under HippoFi’s biologic subsidiary, PUR Biologics.
HippoFi/PUR gained FDA 510(K) clearance for ActiveOrb technology, and secured from Zimmer Biomet an exclusive global license to the underlying technology for...
HippoFi entered into a partnership with Zimmer Biomet to introduce a novel synthetic biomaterial for bone growth, set for a 2024 launch under HippoFi’s biologic subsidiary, PUR Biologics.
HippoFi/PUR gained FDA 510(K) clearance for ActiveOrb technology, and secured from Zimmer Biomet an exclusive global license to the underlying technology for the spine market. Both entities have engaged in a joint commercialization research agreement, with Zimmer Biomet overseeing the production of the spine-specific product under the PUR Biologics brand.
PUR Biologics’ line of biologic products includes allografts and demineralized extracellular matrices, synthetic bone-forming solutions, cellular-derived tissues and a future of patented and next-generation regenerative stem cell and growth factor-driven therapeutics for treating osteoarthritis and cartilage regeneration.
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