Watch as Derek Agnew shares his total knee replacement journey, performed with kinematic alignment and the only knee implant optimized for this technique. Learn how he now enjoys a life free from pain.
Take the first step toward your recovery, visit: https://patients.medacta.com/en-us/knee-replacement?utm_source=youtube&utm_medium=short&utm_campaign=knee-us
Watch as Heather Foster shares her total knee replacement journey, performed with kinematic alignment and the only knee implant optimized for this technique. Learn how she now enjoys a life free from pain.
Take the first step toward your recovery, visit: https://patients.medacta.com/en-us/knee-replacement?utm_source=youtube&utm_medium=short&utm_campaign=knee-us
Watch as Jano Wiedemann shares his incredible journey following a Total Knee Replacement (TKR). Jano’s procedure utilized Kinematic Alignment (KA), a personalized technique designed to restore the knee’s natural shape and alignment, paired with the only knee implant specifically optimized for this technique. “One of the most amazing things with this surgery is that you’re on your feet almost right away.” Discover how this innovative approach allowed him to achieve a life free from knee pain and restored his mobility.
Take the first step toward your recovery, visit: https://patients.medacta.com/en-us/knee-replacement?utm_source=youtube&utm_medium=short&utm_campaign=knee-us
Watch as Jeff Chandler shares his total knee replacement journey, performed with kinematic alignment and the only knee implant optimized for this technique. Learn how he now enjoys a life free from pain.
Take the first step toward your recovery, visit: https://patients.medacta.com/en-us/knee-replacement?utm_source=youtube&utm_medium=short&utm_campaign=knee-us
Watch as Jeff Currie shares his total knee replacement journey, performed with kinematic alignment and the only knee implant optimized for this technique. Learn how he now enjoys a life free from pain.
Take the first step toward your recovery, visit: https://patients.medacta.com/en-us/knee-replacement?utm_source=youtube&utm_medium=short&utm_campaign=knee-us
Watch as Tina Cole shares her total knee replacement journey, performed with kinematic alignment and the only knee implant optimized for this technique. Learn how she now enjoys a life free from pain.
Tke the first step toward your recovery, visit: https://patients.medacta.com/en-us/knee-replacement?utm_source=youtube&utm_medium=short&utm_campaign=knee-us
In this video, Dr. Ichikawa from Sano Memorial Hospital (Osaka, Japan) describes the surgical steps to implant a Medacta Shoulder System RSA with a Glenoid Reconstruction System (GRS) Full Wedge baseplate. The GRS Full Wedge baseplate aims for an effective defect-filling solution and presents different angulation options that assist surgeons in managing different patient anatomies and glenoid deficiencies.
This video presents the complete workflow of total hip replacement (THR) surgery using MyHip femoral cutting guides. It covers each step of the process, from CT acquisition and 3D planning to guide production and the final surgical procedure.
Dr. Vincent Villa (Switzerland) performs a live minimally invasive posterior total hip replacement using the MyHip femoral cutting guide, featuring the Quadra-P stem and the Versafitcup DM.
Throughout the video, Dr. Villa demonstrates the surgical procedure step by step, highlighting how to effectively use the MyHip cutting guide and the femoral bone model to achieve the planned surgical outcomes.
Discover our next-generation patient-specific implants for total hip replacement. This 3D video animation shows the flow from the 3D reconstruction to the design and the surgery.
This video presents MySpine Anchor, Medacta’s patient-matched solution for posterior sacroiliac fusion and long-construct stabilization. Designed to reinforce lower spine fixation, MySpine Anchor delivers stability in situations where conventional approaches may be insufficient.
The video provides a comprehensive overview of the system, from personalized surgical guides to the dedicated implants (M.U.S.T. S2AI and M.U.S.T. SI) that enable accurate and efficient execution. The surgical technique is demonstrated step by step, showing how the system integrates seamlessly into complex spine procedures.
The video also highlights the key clinical challenges addressed by MySpine Anchor and illustrates how this solution is designed to support reliable and reproducible outcomes.
This 3D video animation shows the main features of X-Twist, a knotless, open architecture, and fast inserting suture anchor system with multiple configurations.
Available in PEEK or biocomposite material, the X-Twist is designed for versatility across procedures:
• Single or double row
• Medial and/or lateral row applications
• Knotless and fully knotted constructs
Kinematic Alignment is a technique that resurfaces the knee to its pre-arthritic state. By doing so, it restores the native Joint Line Orientation, pre-arthritic alignment, and knee kinematic axes, ultimately leading to native soft tissue laxity and normal kinematic profile.
In recent yeas Kinematic Alignment has been shown to provide better functional scores and patient outcomes in different comparative studies. To potentially further improve KA results and ultimately patient satisfaction, Medacta has developed GMK SpheriKA, the first and only KA-Optimized implant.
In this video, Dr. Keith Berend discusses the reasons that led him to embrace Kinematic Alignment and the Ball-in-Socket synergy, as well as the benefits he has observed in his patients using GMK SpheriKA.
The AnteroLateral approach is an anteriorbased, muscle-sparing technique that utilizes the intermuscular interval between the Tensor Fasciae Latae and the Gluteus Medius. This approach brings four main advantages: 1) The skin incision is slightly more lateral, avoiding the lateral femorocutaneus nerve. 2) The wound healing is improved. 3) It brings all the benefits of the anterior approach, as the lower risk of dislocation. 4) The fascia surrounding the Tensor Fascia Latae muscle is preserved.
The Anterolateral approach is supported by the Medacta Patient Positioner, allowing for a stable and reproducible positioning of the patient through the entire surgery and for an easy and reliable leg length assessment. The Medacta Patient Positioner is composed by two fully adjustable supports (length, height, rotation); the posterior one is in contact with the sacrum and the anterior one is in contact with the pubis.
Discover a step-by-step live surgery performed by Dr. Nedopil utilizing the Anterolateral approach featuring the Masterloc femoral stem and the Mpact acetabular cup.
Dr. John-Erik Bell narrates a real-time view of how the NextAR™ Shoulder platform enables him to precisely replicate his preoperative plan during surgery without looking away from the patient, featured as part of the JOEI Open Mic session “AR in the OR: A New Era for Shoulder Arthroplasty.”
Dr. Wesley Cox delivers a first-hand account of how the NextAR™ Shoulder platform significantly enhances surgical accuracy while keeping intraoperative workflows simple, offering a compelling preview of the JOEI Open Mic session titled “Augmented Reality in the Operating Room: A New Era for Shoulder Arthroplasty.”
Dr. Marco Aurélio Silvério Neves briefly describes his AMIS Experience, after having performed more than 1’000 AMIS surgeries.
NextAR Knee fa parte della piattaforma chirurgica di realtà aumentata di Medacta. Si tratta di una soluzione avanzata che consente ai chirurghi di replicare intraoperatoriamente la pianificazione preoperatoria per la sostituzione totale del ginocchio e sfrutta dati in tempo reale specifici del paziente per migliorare la precisione e consentire un processo decisionale intraoperatorio basato sull’anatomia e sul comportamento dei tessuti molli di ciascun paziente.
Il Dr. Bonzanini dell’Ospedale Civile Santi Antonio e Margherita (Tortona, Italia) ha eseguito diversi interventi con NextAR Knee ed è ora uno dei Key Opinion Leader di Medacta in Europa per questa tecnologia. In questo video, una paziente del Dr. Bonzanini condivide la sua esperienza dopo aver ricevuto una protesi di ginocchio GMK Sphere con il supporto di NextAR Knee. Descrive i risultati positivi ottenuti, che l’hanno portata a scegliere lo stesso approccio per la sostituzione dell’altro ginocchio.
In this video Dr. Lädermann shows a Medacta Shoulder System reverse shoulder prosthesis using a MyImplant patient-specific glenoid component.
A reverse shoulder replacement is commonly performed in patients who have arthritis as well as a torn or non-functioning rotator cuff. This 3D video animation shows the surgical flow of a reverse shoulder arthroplasty.
In this video, Dr. Naoki Suenaga (JP) shares step by step tips and tricks for shoulder exposure and his experience in dealing cases with proximal humerus fracture.
Dr. Bart Berghs, from AZ Sint-Jan (Brugge, Belgium) has performed several surgeries using MyImplant patient-specific implants. In this video Dr. Berghs performs a complete surgery using a patient-specific glenoid component.
Discover our next-generation patient-specific implants for total shoulder replacement. This 3D video animation shows the flow from the 3D reconstruction to the design and the surgery.
An in-depth discussion on complex spinal deformity cases using MySpine technology. Expert surgeons shared their experience, decision-making processes, and surgical strategies for managing demanding scenarios.
NextAR Knee is Medacta’s Augmented Reality surgical platform for total Knee replacement.
Dr. Mercuri, from Geisinger (Scranton, Pennsylvania) has performed several surgeries using NextAR Knee and is now one of Medacta’s Key Opinion Leaders in the United States for this technology. In this video, Dr. Mercuri performs a total knee replacement surgery using Kinematic Alignment to implant the GMK SpheriKA Press Fit, supported by the NextAR Knee platform and the MyKnee NextAR PPS option. This option allows for easy and rapid positioning of the NextAR sensors on the patient’s femur and tibia with the aid of patient-specific blocks. Dr. Mercuri utilizes the NextAR ligament assessment tool to help balance the knee while using kinematic alignment concepts.
Anatomic shoulder replacement is typically used for arthritic shoulders which have a functioning rotator cuff. This 3D video animation shows the surgical flow of a total anatomic shoulder arthroplasty.
A reverse shoulder replacement is commonly performed in patients who have arthritis as well as a torn or non-functioning rotator cuff. This 3D video animation shows the surgical flow of a reverse shoulder arthroplasty.
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In this webinar on complex knee replacement, three leading surgeons will highlight the value of a modular, integrated knee system that adapts to the unique demands of each case, aiming to improve patient outcomes.
The session will explore the importance of a smooth transition from primary procedures to more complex hinge revisions for a more efficient surgical workflow.
The surgeons will provide practical examples of how this approach can address even the most challenging cases, offering valuable insights for each stage of knee replacement.
Femoral and acetabular revision surgery varies greatly in complexity and poses challenges that require careful planning and the use of versatile implants. Are you interested in learning more?
Cemented femoral stems continue to be a well-established and reliable clinical solution for many patients undergoing THR. The Quadra-C stem, part of the Quadra family, stands as a reliable choice with proven effectiveness and survivorship, certified by a 7A* ODEP rating and 10-year superiority benchmark status awarded by the AOANJRR in 2024.
Reduce the stress in the OR thanks to NextAR Rod Optimizer. Dr. Metz demonstrates how this technology simplifies rod management, helping surgeons achieve precisision and efficience.
By eliminating the need of custom-made rods, NextAR Rod Optimizer streamlines the process;reducing preoperative imaging, production delays and associated costs. Surgeons gain workflow efficiency while patients potentially benefit from fewer risks due toimplant failure and revision surgeries satisfaction is maximized. NextAR is redefining rod management for a more predictable and effective surgical outcome.
The NextAR Rod Optimizer revolutionizes rod management by providing a sustainable, personalized, and cutting-edge solution. Leveraging intraoperative, patient-specific 3D advanced planning, this tool enables precise rod contouring, potentially eliminating the need for manual rod bending, gaining efficiencyin the entire workflow.
Re-live reverse shoulder arthroplasty in humeral fracture case performed by Dr. Abril
NextAR Knee is part of Medacta’s Augmented Reality surgical platform. It is an advanced solution that allows surgeons to replicate their preoperative planning for total knee replacement intraoperatively and leverages patient-specific, real-time data to enhance precision and enable intraoperative decision-making based on each patient’s unique anatomy and soft tissue behavior.
Dr. Bonzanini from Ospedale Civile Santi Antonio e Margherita (Tortona, Italy) has performed several surgeries featuring NextAR Knee and is now one of Medacta’s Key Opinion Leaders in Europe for this technology. In this video, one of Dr. Bonzanini’s patients shares her experience after receiving a GMK Sphere knee implant with the support of NextAR Knee. She describes the positive outcomes she has experienced, which ultimately led her to choose the same approach for the replacement of her other knee.
The unique NextAR Rod Optimizer is an advancedintraoperative 3D planningtool that enables the simulation of the desired correction through the 3D reconstruction of the patient’s spine. Each vertebra can be easily adjusted to match the expected surgical outcome, providing a sustainable and personalized solution.
NextAR Rod Optimizer enhances intraoperative 3D planning and offers the possibility to select the best fit rod, NextAROptirod, a family of pre-bent rods, enabling thousands of options for both minimally invasive and open approaches.
Discover how this instrument works through this video.
NextAR Knee is part of Medacta’s Augmented Reality surgical platform. It is an advanced solution that allows surgeons to replicate their preoperative planning for total knee replacement intraoperatively and leverages patient-specific, real-time data to enhance precision and enable intraoperative decision-making based on each patient’s unique anatomy and soft tissue behavior.
Dr. Engl from Ospedale di Vipiteno (Vipiteno, Italy) has performed several surgeries featuring NextAR Knee and is now one of Medacta’s Key Opinion Leaders in Europe for this technology. In this video, Dr. Engl shares his experience with NextAR, explaining how this technology adds value to his surgeries. He highlights the efficient setup offered by NextAR and the importance of its ligament balancing analysis as key benefits.
NextAR Knee is part of Medacta’s Augmented Reality surgical platform. It is an advanced solution that allows surgeons to replicate their preoperative planning for total knee replacement intraoperatively and leverages patient-specific, real-time data to enhance precision and enable intraoperative decision-making based on each patient’s unique anatomy and soft tissue behavior.
Dr. Engl from Ospedale di Vipiteno (Vipiteno, Italy) has performed several surgeries featuring NextAR Knee and is now one of Medacta’s Key Opinion Leaders in Europe for this technology. In this video, Dr. Engl discusses his experience with NextAR Knee and the positive outcomes of one of his patients.
The Link Device is designed to provide accurate and reproducible tibia cuts in Kinematic Alignment, enabling surgeons to achieve their target with minimal effort.
Its precision and control make it easy to use and generally avoid tibia recuts.
The Link Device is part of MyKA: Medacta’s Kinematic Alignment platform.
Discover how this instrument works through this animation.
Experience unparalleled real-time 3D analysis of ligament behavior throughout the full range of motion, providing unique and more detailed insights than the 2D gap analysis offered by outdated navigation systems and more expensive robotic platforms. Enhanced by augmented reality, NextAR Knee empowers surgeons with data-driven decision-making tailored to each patient’s unique anatomy, redefining ligament balancing in knee arthroplasty.
MyPAO SA (Simplified Approach) is Medacta’s Patient-Matched Solution to assist the re-alignment of the acetabular fragment during Periacetabular Osteotomy procedures. In this video, the guides are shown, with a focus on the surgical flow.
A proper investigation of the causes of failure in knee arthroplasty is the key to a successful revision surgery. Prof. Dr. Med. Hirschmann presents a diagnostic algorithm that can help to go beyond the symptoms and find the causes of the painful knee.
The loss of bone landmarks, the presence of bone defects, or joint instability can make it harder to restore the knee joint line during revision surgery. Prof. Rath presents different ways to approach joint line reconstruction in revision TKA, along with an interesting case discussion.
MyKnee R is Medacta’s game-changing technology for streamlining total knee revision surgeries even in cases where highly experienced surgeons can face complex and time-consuming procedures. MyKnee R provides personalized advanced 3D preoperative planning and a set of pin-positioning guides designed to fit directly on the implant in situ to guide implant removal and the positioning of the new revision components. Dr. Duffiet explains how this unique solution for revision TKA can help in managing the cases in a straightforward manner.
Femoral and tibial cavitary bone defects are challenging scenarios, which are particularly frequent during revision total knee arthroplasty. A proper management of these defects is crucial for achieving a stable construct since bone loss might compromise the stability of the implanted components. Dr. Jeremic talks about his experience with 3D Metal Cones, whose porous structure has been finely engineered to maximize the implant’s primary stability and to promote a structural and functional connection with the bone.
