From joint preservation to complex revision arthroplasty, Zimmer Biomet offers a comprehensive portfolio of hip products that combine rich clinical heritage with modern technological advancements. Each of these is designed to address the distinct needs of individual patients, while simplifying surgical workflow.
Hip Replacement Products
Advancing Total Hip Replacement
Hip Fracture
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.
Total Hip Arthroplasty
The Zimmer Biomet primary hip portfolio encompasses femoral and acetabular systems to address the specific needs of each patient and implant designs to accommodate the surgeon’s chosen philosophy.
Revision Hip Arthroplasty
Zimmer Biomet’s comprehensive revision hip arthroplasty portfolio simplifies the complexity of difficult primary and revision THA. Our revision systems include femoral, acetabular and auxiliary options that accommodate a wide variety of bone conditions to provide individualized solutions for patients.
Hip Technologies
Zimmer Biomet’s expansive technology portfolio unites the latest innovations in biological fixation, advanced bearing materials and infection diagnosis to offer surgeons and hospitals the ability to meet the various needs of today’s patients.
Patient-Matched Hip Implants
Anatomic individuality or extremely difficult reconstructive cases may require the development of a patient-specific hip implant. In such cases, Zimmer Biomet’s Patient-Matched Implant (PMI®) department is available to work directly with surgeons to address the most severe cases of bone loss or deformity. Using CT, X-ray or MRI data, the PMI team can provide a solution for even the most complex cases.
WalterLorenz® Surgical Assist Arm
The WalterLorenz® Surgical Assist Arm is a bionic, electromechanical arm that enables surgical site optimization. The Walter Arm was created in collaboration with surgeons across multiple disciplines to facilitate improved surgical access, visualization, intervention, and efficiency in the OR.
