Matrix OI® Strips & Blocks

Enovis Foot & Ankle

Matrix OI® Strips & Blocks

Stem Cell Containment Matrix for Bone Defect Healing

Matrix OI® is a compressible, human bone-derived stem cell containment matrix designed to conform to bony voids or defects when hydrated with cellular components like the patient's stem cells, BMA, PRP, growth factors, or other suitable substances.

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Enovis Foot & Ankle

Tricortical Ilium Bone Blocks

Tricortical Ilium Bone Blocks are freeze-dried, pre-cut allografts crafted for precise foot and ankle reconstruction, ideal for procedures such as Cotton and Evans osteotomies.

Enovis Foot & Ankle

Sterishield II® Dual Layer Amnion

SteriShield II® Dual Layer Amnion features a reliable dual-layer amnion patch, designed to create an ideal environment for tissue regeneration, ultimately improving clinical outcomes.

Enovis Foot & Ankle

Pre-Shaped Bone Wedges

Designed for efficient opening wedge osteotomies in the foot and ankle, Pre-shaped Bone Wedges feature a bicortical edge for superior structural support and smooth graft impaction.

Enovis Foot & Ankle

MatrixCellect® 100 DBM Putty

MatrixCellect® 100 DPM Putty is a flowable, demineralized bone matrix putty derived from human bone, with no added carriers. It is intended for homologous use in the treatment of surgically created or traumatic skeletal defects.

Enovis Foot & Ankle

Matrix HD® Allograft

Matrix HD® Allograft is an acellular human dermis graft sterilized using the proprietary Tutoplast® Tissue Sterilization process.

Enovis Foot & Ankle

Fresh-stored Osteochondral Talus Allografts

Fresh-Stored Osteochondral (OC) Talus Allografts enable surgeons to address osteochondral defects by resurfacing with mature hyaline cartilage and repairing subchondral bone in a single procedure.

Enovis Foot & Ankle

ConCelltrate® 100 Inductive Carrier Matrix

ConCelltrate® 100 Inductive Carrier Matrix is a flowable, human bone-derived inductive carrier matrix, free from additional carriers, designed for homologous use in treating surgically created or traumatic skeletal defects.