Materials engineered for next-generation regenerative solutions
From concept to commercialization, our proprietary technology platforms are the foundation for innovative products that repair and regenerate tissue, bone, and muscle.
Capabilities
Regenity’s proprietary bioresorbable technology platforms are based on biocompatible biomaterials such as collagen, bioglass, and synthetic polymers.
With 25+ years of innovation in regenerative science, we’re adept at engineering the physical characteristics of these biomaterials to achieve the mechanical and surface properties required to solve specific clinical challenges. These include:
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Biocompatible products that foster wound healing |
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Collagen-based surface coatings that may enhance tissue integration |
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Mineral-collagen composites designed to support new bone ingrowth |
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Adhesive polymers as a strong, flexible alternative to conventional sutures and staples |
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Customized solutions for dental, neurosurgery, sports medicine, spine, orthopedics, and other applications |
Technologies
Through a distinctive set of materials and processes, Regenity’s technology platforms enable us to help our medtech partners develop transformative solutions across a range of clinical segments.
Let’s collaborate to transform biomaterials performance into real impact—for real patients.
Collagen-Derived (Xenograft) Technologies
Versatile, adaptable biomaterials that reduce risk and enhance healing.
Reconstituted Collagen
Purified fibrillar type 1 collagen for bone healing, collagen, and guided tissue regeneration.
Extracellular Matrix (ECM)
Materials designed to be highly conformable yet strong for reliable suturing and fixation.
Collagen Coating + Film
Enable integration and drug delivery in a single coating step.
Bioceramic Technologies
High-quality bioceramic materials engineered for excellent osseointegration performance.
Mineral Technology
Synthetic and natural options to fit your clinical needs and sourcing strategy.
Biocomposite Technologies
Advanced composite materials with mechanical and biologic properties tailored to specific anatomical demands.
Mineral + Collagen Composites
3D matrices that guide bone ingrowth while providing excellent surgical handling.
Synthetic Polymer-Collagen Composites
Combining the best of both platforms for exceptional biocompatibility, remodeling, and strength.
Synthetic Polymer Technologies
Transformative materials combining flexibility and mechanical strength.
Co-Polyester Polymers
Flexible fixation materials for biomedical applications and adhesion prevention.
Polyurethanes (PEUs)
Biomedical-grade, biodegradable porous structures supporting fluid transport and cell infiltration.
Adhesive polymers
Strong tissue adhesion for confident sealing and improved wound healing.