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MODULAR FEMORAL Revision System

MODULAR FEMORAL Revision System
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BREAKINGthe REVISION CYCLE It is time to break the revision cycle and focus on the entire patient journey. From infection diagnosis to patient specific re-implantation, we unite customizable, interconnected and interdependent services and solutions to address each unique episode of care.

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Extraction Care Uniting Innovative Solutions Patient Speciﬁc Solutions Limb Salvage Zimmer Biomet solutions such as the Arcos Modular Femoral Revision System unite innovative solutions to seamlessly deliver a comprehensive platform tailored to the individual patient needs.

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ARCOS MODULAR FEMORAL REVISION SYSTEM Simplify the Complex The Arcos Modular Femoral Revision System meets the demands of complex hip revision surgery by offering surgeons and OR staff the ability to customize the hip implant and its corresponding instruments in a way that addresses patient and practice needs. The Arcos System’s three proximal and five distal geometry options provide surgeons 117 proximal/distal combinations and multiple auxiliary fixation options for various femoral defects.

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Auxilary Implant Designs The bolt and claw/button auxiliary implant is distinctively engineered to reattach the trochanteric fragment directly to the implant. The soft tissues and bony fragment are stabilized by this reattachment method, providing an added level of joint stability. Taper Strength Taper junction fracture remains a concern for many revision surgeons and specialists. The Arcos Modular Femoral Revision System has been designed to address strength by encompassing Zimmer Biomet’s roller forming technology, a proprietary process that is critical to the clinical success of the...

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Modularity That Works Proximal Bodies CONE Offset Option Standard and high offset options reproduce various patient anatomies without lengthening the leg. Clinically Proven PPS Coating1–3 Allows for initial scratch-fit stability and bone fixation. Trochanteric Reattachment Bolt Hole Allows for reattachment of the trochanteric fragment directly to the implant, increasing stability and aiding in bony repair. Version Control Proximal body design allows for intraoperative version adjustment independent of distal stem position. Conical Design Allows for multiple surgical techniques and vertical...

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Offset Option Standard and high offset options reproduce various patient anatomies without lengthening the leg. Offset Option Standard and high offset options reproduce various patient anatomies without lengthening the leg. Clinically Proven PPS Coating1–3 Allows for initial scratch-fit stability and bone fixation. Clinically Proven PPS® Coating1–3 Allows for initial scratch-fit stability and bone fixation. Trochanteric Reattachment Bolt Hole Allows for reattachment of the trochanteric fragment directly to the implant increasing stability and aiding in bony repair. Trochanteric Reattachment...

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ARCOS INSTRUMENTATION Surgeon Preference Instrumentation should not limit surgeons’ implant selection or preferred surgical technique. The Arcos Modular Femoral Revision System is designed to provide the option to use any distal and proximal implant combination with the surgical technique that is required to address the needs of the patient. Modular Reamer

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Intraoperative Efficiency Designed with common proximal implant and instrument geometries, the Arcos Platform design allows for intraoperative revision efficiency by reducing the number of instrument cases required to a number comparable to a primary hip surgery. Modular Reamer The proximal and distal reamer can be combined or used independently to prepare the proximal and distal portion of the femur, based on the preferred surgical technique. Geometric Alignment

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ARCOS SYSTEM Fulfilling Patient Needs Often times revision hip surgery involves both the femur and the acetabulum. Zimmer Biomet offers implants designed for advanced fixation, low wear and dislocation resistance allowing surgeons to address the most complex revision situations. Trabecular Metal™ Acetabular Revision System (TMARS) The TMARS System’s modular design provides intraoperative flexibility to address a wide range of bone deficiencies, offering a tailored acetabular solution of each patient. Combined with clinically proven Trabecular Metal Technology 6–8 to resemble the structure,...

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Address Chronic Dislocation Head-On Accounting for 20% of all revision hip surgeries, dislocation is a leading cause for revision THA.14 The G7® Acetabular System with OsseoTi® Porous Metal Technology is designed to address chronic dislocation with constraint options that include G7 Dual Mobility and Freedom® Constrained liner. OsseoTi Porous Metal is created through the use of a proprietary additive manufacturing process, generating a porous material designed with a structure that directly mimics human cancellous bone, enhancing biologic fixation.15 OsseoTi Porous Technology OsseoTi...

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Uniting Innovative Solutions Infection Diagnosis The Synovasure® Alpha Defensin ELISA Test is the first and only laboratory test specifically designed and validated to aid in the diagnosis of Periprosthetic Joint Infection (PJI) by Extraction measuring alpha defensin levels in synovial fluid. Results are delivered to physicians typically within 24 hours with minimal cost to the clinic. Extraction Minimizing additional bone loss while ensuring successful prior implant removal is key for the revision surgery whether the procedure is complex or not. The Explant® Acetabular System is designed...

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noitcartxE eraC gnitinU evitavonnI snoituloS Re-implantation Extraction yparehT Care niting ovative lutions From simple to complex revision hip arthroplasty, having the right re-implantation products and surgical approach can drive success and limit the instance of re-revision for a patient. We address acetabular bone loss while mitigating infection with the modular Trabecular Metal Acetabular Revision System (TMARS) using clinically proven Trabecular Metal Technology. The G7® Acetabular System is a modular, color-coated system effective in addressing dislocation with a comprehensive...

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