Regenity Biosciences

Mesh and implantable support materials intended for hernia repair and soft-tissue reinforcement.

Xenograft-derived collagen dental membranes developed and manufactured for OEM and private-label distribution.

Collagen wound dressings designed for dental clinical needs.

Medium size GUIDOR easy-graft bone grafting kit containing 3 packs x 0.25 ml with granule size 500 - 1000 um.

100% synthetic, fully resorbable phase-pure beta-TCP bone graft substitute that is soft from the syringe and hardens in the defect.

A strong, regenerative collagen dental membrane manufactured from purified porcine peritoneum tissue.

Is a regenerative collagen membrane that is conformable and nonfriable.

Full line of collagen dural repair products including onlay and suturing solutions to repair defects to dura mater with varied resorption times and surge strengths.

Is a regenerative collagen membrane with a nonfriable membrane matrix.

High purity, implantable materials including collagen and synthetic polymers derived from proprietary ISO 22442 certified processing techniques to support tissue regeneration.

A suturable membrane derived from intact bovine dermis, biochemically reinforced through a proprietary crosslinking process to provide high mechanical strength and CSF leak resistance.

Xenograft mineral and collagen composite matrix bone graft substitutes used in orthopedic and spinal surgeries.

Conformable and adaptable strips and pads designed for spinal fusion and bone grafting procedures.

MatrixDerm Ⓡ Cap is a regenerative membrane cap indicated for use in extraction sockets and small bone defects in oral surgeries.

An osteoconductive, bioactive, porous implant composed of carbonate apatite anorganic bone mineral, bioactive glass, and Type I collagen that can be molded to fit bone defects.

A mechanically strong, compression resistant biocomposite matrix that is easily cut and customized and is fully resorbed during bone remodeling.

A sponge-like onlay with a leak resistant top layer that provides effective protection against CSF leakage. When hydrated, this highly drapeable matrix is easily repositionable and conforms to the complex surfaces of the brain or spinal cord.

End-to-end custom product development and discrete development support from concept through commercialization, offering regulatory strategies, manufacturing, prototyping, and clinical testing.

Absorbent, porous, collagen matrices indicated for denture sores, oral ulcers, periodontal surgical wounds, suture sites, and more.

Moldable bone graft putty designed to easily fit around surgical hardware and vertebral body defects.

Collagen tendon wraps to manage tendon injuries where there has been no substantial loss of tendon tissue.

Minimally invasive collagen-based device indicated for use in the reinforcement and repair of soft tissue injuries of the meniscus.

Flexible and kink-resistant collagen nerve conduit designed to guide axon regeneration across a gap, ideal for a gap across a joint.

Anorganic bone graft substitutes and synthetic bone graft substitutes provided to the global dental community.

A thinner alternative to DuraMatrix-OnLay Plus, and can be implanted without sutures.

Collagen-based conduit that alleviates tension at the repair site in straight gap locations.

Xenograft and synthetic peripheral nerve repair products including bridging, capping, and protecting solutions to achieve functional recovery and prevent neuroma.

3D matrices that guide bone ingrowth while providing excellent surgical handling.

Is a resorbable type I collagen matrix that provides a non-constricting encasement for injured tendons.

Highly absorbent, versatile biocomposite matrices that offer strong retention of rich stem cells.

Xenograft bone graft material delivered in a syringe format for ease of use in bone repair applications.

An absorbent microfibrillar collagen matrix used for management of oral wounds and sores.

TenoMend Collagen Tendon Wrap, 16.0 mm width, 5.0 cm length.

Self-curling collagen nerve wrap designed for the protection of crushed, compressed, or partially severed nerves.

Highly absorbent, flexible, moldable matrices that resist migration.

Offers more robust malleability than OssiMend® Putty and is highly moldable to fit defect sites.

Collagen wrap ideal for crush or compression injuries or partially severed nerves.

Purified fibrillar type 1 collagen for bone healing, collagen, and guided tissue regeneration.

Is a calcium phosphate-based mineral with a carbonate apatite structure similar to natural bone, combined with type I collagen derived from bovine Achilles tendon

Is an osteoconductive, porous, anorganic bone mineral derived from porcine cancellous bone.

Is an osteoconductive calcium phosphate-based bone graft material that offers an ideal alternative to human allograft and animal origin bone graft material.

Synthetic nerve guides indicated for reconstruction of peripheral nerve discontinuities up to 20 mm.

Is a 100% synthetic material used to support bone regeneration.

Is a calcium phosphate-based mineral with a synthetic carbonate apatite structure that is like natural bone.

Combining the best of both platforms for exceptional biocompatibility, remodeling, and strength.

Synthetic and natural options to fit your clinical needs and sourcing strategy.

A transparent tubular device intended to protect a peripheral nerve end and separate the nerve from the surrounding environment to reduce the development of a symptomatic end-neuroma.

Materials designed to be highly conformable yet strong for reliable suturing and fixation.

Indicated for use as an adjunct to standard methods of cranial dural repair to provide a watertight closure of the dura mater and reduce CSF leakage.

A flexible bioresorbable synthetic polymer film that separates opposing soft tissues post-surgery to prevent scar tissue and unintended adhesions.

Enable integration and drug delivery in a single coating step.

Biomedical-grade, biodegradable porous structures supporting fluid transport and cell infiltration.

Strong tissue adhesion for confident sealing and improved wound healing.