Zimmer Biomet products

Bone Marrow Lesions (BML) are MRI-visible defects in the subchondral bone. BML can only be seen on fat-suppressed MRI sequences (T2FS, PDFS, etc.) where they appear as a hazy white area against the background of darker bone. Pathologists have shown that BML represent a healing response to trauma such as micro trabecular fractures of the subchondral bone.¹

Designed to process a mixture of autologous whole blood and bone marrow aspirate, the BioCUE BBMA Concentration System represents an evolution in this technique. The system includes all the components to ASPIRATE blood and bone marrow, easily PROCESS the disposable system, and produce an autologous PRP output* to HYDRATE the surgeon’s choice of autograft and/or allograft bone.

Designed to process a mixture of autologous whole blood and bone marrow aspirate, the BioCUE BBMA Concentration System represents an evolution in this technique. The system includes all the components to DRAW blood, ASPIRATE bone marrow, easily PROCESS the disposable system, and produce an autologous PRP output to HYDRATE the surgeon’s choice of autograft and/or allograft bone.

^βBeta-bsm is injectable osteoconductive material for use in minimally invasive procedures. This synthetic, biocompatible bone graft substitute material sets hard and maintains shape at body temperature. The material is mixed in a closed syringe-to-syringe mixing system to minimize the potential for spills, and can be delivered through a needle as small as 20g.

Bonus Synthetic Bone Graft Substitute granules are resorbable, osteoconductive matrices consisting of a thin, 2–10 micron layer of hydroxyapatite over a calcium carbonate core. Bonus Synthetic Bone Graft Substitute has been indicated as a bone graft substitute that resorbs and is replaced with bone during the healing process.

The Echo Femoral Hip System offers a modern metaphyseal loading fit and fill design to address increasing hospital demands for both primary and fracture applications. Four stem options with various fixation modes address the distinct needs of each patient, while the customizable instrumentation platform provides enhanced surgical workflow. Zimmer Biomet addresses the unpredictability of fracture cases by offering femoral and acetabular options with system based platforms to treat various patient anatomies and bone quality.

The collarless, polished, double-taper design concept used in the CPT Hip System has proven itself clinically in more than 25 years of use.¹  This distinctive design philosophy is based on the use of natural compressive forces to help ensure that the implant is firmly seated and wedged within the cement mantle.  The CPT System, in cobalt-chromium² and stainless steel,^3,4 has achieved long-term clinical success since its introduction in the early 1990s.

Zimmer Biomet’s Arcos Modular Femoral Revision System meets the demands of complex hip revision surgery by offering surgeons and OR staff the ability to customize both the hip implant and its corresponding instruments. Three proximal and five distal geometry options provide surgeons 117 proximal/distal combinations and multiple auxiliary fixation options for various femoral defects. This allows surgeons and OR staff the surgical control, customization options, and reproducibility to efficiently address both patient and practice needs.

The fully porous, distal fixation philosophy of the Arcos  One-piece Femoral Revision System offers three cylindrical, forged titanium stem options with a unique size range to address a wide range of femora, including patients of small stature.

Zimmer Biomet`s E1 Antioxidant Infused Technology is the only bearing option that utilizes a proprietary diffusion process to maxamize strength, wear resistance and prevent oxidative degradation of the polyethylene.