Medacta offers a comprehensive Total Knee System with multiple implant options designed to address the unique needs of patients and surgeons.
The core of the system is an innovative Medially Stabilized Knee implant, designed to deliver maximum functional stability and improved knee kinematics with the goal of increasing TKA patient satisfaction during daily activities and potentially decreasing post-operative knee pain.
Medacta offers an anatomic and compartment specific, fixed bearing Medial Partial Knee.
MOTO is designed to replicate every individual’s anatomy in order to achieve optimal coverage, fit, balance and alignment in all patient populations in the most effective and efficient way possible.
Through implant design and intense focus on instrumentation and surgical technique, this system is able to address the unique clinical situation of each and every patient, with accuracy, precision, control and versatility.
Medacta's Knee Revision portfolio consists of a wide range of implant solution combinations to address ligament instability and bone defects that allows the surgeon to find the best solution for each patient.
Each revision option offers modular instrument and implant solutions to facilitate and deliver the flexibility to accommodate the interoperative demands even in the most challenging surgical scenarios.
First FDA-Cleared Augmented Reality-Based Surgical Platform for Total Knee Replacement. An innovative platform that features advanced planning tools with unique soft tissue assessment, revolutionary tracking system, and augmented reality to potentially improve surgery accuracy and efficiency, with low upfront capital investment.
The Medacta Individualized Kinematic Alignment (MIKA) offering is based on the kinematic alignment surgical approach, an alternative to traditional mechanical alignment for TKR. The kinematic alignment technique aims to restore normal knee function by resurfacing the femur and tibial articular surfaces to those of the normal or pre-arthritic state. This approach is aimed at achieving the best patient satisfaction and function, as well as minimum damage to the surrounding tissues and ligaments.
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