Injectable Bone Void Substitute

A synthetic bone graft material designed for orthopedic applications to replace or supplement natural bone in defect repair. The material supports osteogenesis and is fully resorbable within the body.

Synthetic bone substitute for grafting applications. Provides biocompatible support for bone regeneration.

Synthetic bone void filler materials for filling bone defects and supporting bone healing in orthopedic procedures. These consumables provide structural support during resorption.

Bioresorbable calcium sulfate materials that support bone regeneration while being gradually replaced by native bone. Used as osteoconductive scaffold in bone defect repair.

Moldable bone void filler for orthopedic and reconstructive surgery. This material provides temporary scaffold support while being gradually replaced by native bone.

A demineralized bone matrix putty formulation for bone grafting, regeneration, and augmentation in orthopedic and spinal surgical applications.

A demineralized bone matrix gel formulation for bone grafting, filling defects, and promoting bone regeneration in orthopedic and spinal surgery.

Polymethylmethacrylate or bioresorbable cement for implant fixation and filling of bone voids. Provides immediate stability and support for joint replacement and fracture repair.

Biocompatible bone void filling materials manufactured from shape memory alloy for defect management. These devices support bone regeneration while providing structural support.

A ready-to-use demineralized bone matrix putty in syringe format for bone grafting and regeneration in orthopedic and spinal surgical applications.

Biocompatible bone substitutes used for ridge augmentation and socket grafting in implant dentistry. Supports bone regeneration and creates adequate implant bed volume.

A silicate-doped putty biomaterial formulation intended for bone filling and regeneration in spinal fusion procedures.