NextAR Shoulder is Medacta’s Augmented Reality surgical platform for total shoulder replacement.
Prof. Dr. med. M. Zumstein, from Orthopädie Sonnenhof (Bern, CH) is one of the NextAR Shoulder designer and has performed several surgeries using this technology. In this video Dr. Zumstein performs a complete surgery using NextAR Shoulder.
Dr. Stephen Howell performs a kinematically aligned total knee replacement on a valgus knee utilizing the Medacta GMK SpheriKA, the world’s first implant designed for kinematic alignment.
The MyHip Planner software is a surgeon-operated CT-based tool that allows for the creation of patient-specific pre-operative 3D plans, utilizing automatic reconstruction and real-time dynamic simulation. By tailoring implant choice and positioning to individual anatomy, biomechanics, and functional needs, it streamlines 3D anatomical assessment, aiding in optimal implant selection, complication anticipation, and risk detection. Dive into the technology with expert panelists in this recorded webinar, and uncover its benefits through a surgeon-led case review, tips, and an engaging Q&A session.
Dr. Tyler Goldberg – Austin, TX
Mr. Lachlan Milne – Perth, Australia
Mr. Jit Balakumar – Melbourne, Australia
NextAR Spine and the M.U.S.T. LT MIS system are the perfect synergy for percutaneous treatment of spine disorders combining NextAR navigation with Medacta’s M.U.S.T. LT screw technology.
The MySpine technique eliminates a lot of small imperfections, so we improve the accuracy of something that is as close as we can get to perfect“, says Dr. Hugh McPherson, PEAK Orthopedics and Spine, Denver, CO.
At #Medacta, we are committed to providing advanced surgical approaches through responsible innovation, with the goal of getting patients back to their healthy, active lifestyles. MIS MySpine MC is our patient-specific 3D printed solution for surgeries that use the midline cortical approach, enabling minimally invasive access in spinal fusion surgery. This minimally invasive surgery causes less surgical trauma than other techniques because back muscles are preserved, leading to a shorter hospital stay and a faster recovery.
This innovative solution is part of our MySpine Patient-Matched Technology, a complete and comprehensive system of 3D-printed patient-matched guiding tools and preoperative planning that allows for posterior spine fixation from cervico-thoracic to lumbo-sacral and pelvic fixation.
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At Medacta, we see a rising trend on the horizon: a truly personalized approach to knee replacement that may reduce pain while potentially improving outcomes. Reinforcing Medacta’s commitment to advancing KA principles via implant design, the panel discussed their experience with this surgical technique and introduced the GMK SpheriKA: the first KA-optimized femoral implant on the market.
We support this novel approach with an educational infrastructure that connects surgeons to industry-leading experts in Kinematic Alignment.
Re-live reverse shoulder arthroplasty surgery with bone graft, retrieved using the GRAB instrumentation. In the video, Dr. Randelli uses the Glenoid Reconstruction System (GRS) baseplate with the central screw option, providing an additional fixation and stability. The GRS baseplate presents different lateralization options, supporting the surgeon in the decision-making process intraoperatively.
Discover the story of Walter Bisang, a hip surgery patient who has been operated with the AMIS technique and how it has facilitated his recovery and return to a healthy and active life. Today, Walter is also back to playing his favorite sports.
One of the latest advances in shoulder replacement technology includes augmented reality assisted surgery.
Find out more➡️ Patients. medacta.com
The NextAR Shoulder Augmented Reality surgical application is a new shoulder replacement technology that leverages the latest advances in Augmented Reality to provide your specially trained surgeon with real-time information about your specific shoulder anatomy.
Find out more➡️ Patients. medacta.com
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One of the latest advances in knee replacement technology includes augmented reality assisted surgery.
Find out➡️ Patients. medacta.com
This story features Dr. Ed Delsole, a renowned spine surgeon from Geisinger Medical Center, and his patient Dawn Shelley, who credits Dr. DelSole for giving her a new lease on life.
Together, they discuss their success with Medacta’s MySpine Platform, a cutting-edge technology revolutionizing the way surgeons address back pain and spine-related issues, providing personalized and minimally invasive solutions.
MySpine Patient-Matched Technology offers a patient-specific pedicle screw placement guide, enabling surgeons to plan their pre-operative 3D approach based on CT images of the patient’s spine.
Credit: WNEP-TV
This is an educational discussion focused on the challenges of Dorr Type A femurs and the use of a short-collared femoral component designed specifically to address these anatomies and the limitations of conventional stems. Dr. Ryan Molli guides you through the unique features and advantages of this new implant, its’ Dorr A focused geometry, and its forgiving nature. He provides valuable insights into patient selection, surgical pearls, and knowledge to help you achieve superior surgical outcomes in a modern patient population.
MySpine Anchor is Medacta’s Patient-Matched Solution for posterior Sacro-Iliac fusion: a solution for long constructs, designed to potentially overcome insufficient lower spine fixation. In this video, the guides and implants are shown, with a focus on the surgical technique.
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Keith Berend, MD, Marcus Ford, MD and Michael Hellman, MD share their experience with MyKA, Medacta’s Kinematic Alignment Platform, and explain its benefits.
MyKA , Kinematic Alignment Platform, provides surgeons with the most comprehensive solution to safely and reproducibly perform Kinematic Alignment. It includes GMK Sphere knee implant, dedicated instrumentation developed to perform a personalized, reproducible surgical technique based on measured bone resections, tailored education programs, and MyKnee® KA 3D preoperative planning and 3D printed patient-matched guides optimized for Kinematic Alignment.
“Since my surgery, it’s fantastic. I’m back to normal life because I feel very stable, I have a good balance, and I don’t think even about my knee.” Mr. Givel, a patient who underwent successful surgery with MyKnee and GMK Sphere, is now able to return to his previous activities, including playing golf with his family.
The NextAR Knee Augmented Reality surgical application is a new knee replacement technology that leverages the latest advances in Augmented Reality to provide your specially trained surgeon with real-time information about your specific knee anatomy.
Find out more ➡️ Patients. medacta.com
Dr. Armen Khachatryan from Masters Spine Institute (Park City, UT) talks about the benefits of Medacta’s MySpine MC system:
✔ Minimally invasive procedure
✔ Accurate personalized 3D preoperative plan
MIS MySpine MC Personalized Solution, a part of Medacta’s MySolutions Personalized Ecosystem, is Medacta’s patient-matched 3D printed technology for surgeries performing the midline cortical trajectory, enabling minimally invasive access in spinal fusion surgery. The MySpine platform allows a surgeon to pre-operatively plan a patient’s surgery with minimal radiation exposure and utilize intra-operative navigation with reduced capital cost, respect to standard navigation system. This MIS procedure, combined with Medacta’s M.U.S.T. platform, is ideal for outpatient surgery, as there is the potential for less surgical trauma than other techniques, the ability to plan the accurate size, trajectory, and position of the pre-sterilized implants, and eliminates the need for large capital investment.
Description:Partial knee replacement (PKR) is a valuable alternative to total knee arthroplasty (TKA) for patients with isolated unicompartmental osteoarthritis. It is associated with significant benefits, such as the preservation of knee proprioception and anatomical structures, better knee mobility in terms of range of motion, and minimally invasive surgery, which leads to a shorter hospital stay, a faster recovery, and a higher level of activity.
Medacta has designed an optimized partial knee platform that allows the surgeon to always take full advantage of:
ENHANCED IMPLANT DESIGN
UNPARALLELED INTRA-OPERATIVE FLEXIBILITY
COMPREHENSIVE SURGEON EDUCATION
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Dr. Andrew Kam from Westmead Hospital (Australia) has followed the development of the NextAR Spine since its introduction to the market. In this video, Dr. Kam shares his experience with this platform, underlying the benefits of the NextAR Tracking System and the use of augmented reality to improve the overall workflow in the surgical field.
Dr. Ralph Mobbs from Prince of Wales Hospital (Australia) shares his experience with the NextAR Spine platform. Using the most recent augmented reality advances, NextAR Spine empowers the surgeon’s vision with unique real-time surgical guidance superimposed onto the operative field, thereby enhancing precision, and enabling data-driven decision-making.
NextAR Spine is Medacta’s Augmented Reality Surgical Platform intended to improve precision for locating anatomical structures in open, mini-open, or percutaneous spine procedures and safely placing implants, especially in anatomically critical areas.
Watch the video to hear Dr. Peter Wilson presenting his experience with this technology and his suggestions to surgeons trying NextAR for the first time.
Priv.-Doz. DDr. R. Ortmaier, from Ordensklinikum Linz (Linz, Austria) has performed several surgeries using NextAR Shoulder after its introduction in the market. In this video Dr. Ortmaier performs a complete surgery using NextAR Shoulder.
Medacta MySpine is a patient-specific printed guide, allowing the surgeons to determine their pre-operative 3D planning, based on CT images of the patient’s spine. This innovative concept combines several different features to offer potential benefits to both the surgeon and the patient. Look at the video to discover our guides and the surgical technique.
Dr. med. A. Mameghani shares his experience introducing MIS MySpine platform in his daily practice. MySpine is a patient-matched pedicle screw placement guide, allowing the surgeon to determine his preoperative 3D planning, based on CT images of the patient’s spine. This innovative concept combines several different features to offer potential benefits to both the surgeon and the patient.
Dr. Vestraete describes her experience with MIS MySpine MC. MIS MySpine MC is our patient-specific 3D printed solution for surgeries that use the midline cortical approach enabling minimally invasive access in spinal fusion surgery. This minimally invasive surgery causes less surgical trauma than other techniques because back muscles are preserved, leading to a shorter hospital stay and a faster recovery. In comparison to conventional open surgical techniques, MIS MySpine MC can potentially decrease postoperative pain and allow for a faster return to daily activities.
PD Dr. Med. Habil Sven Kevin Tschöeke talks about the core advantages of MIS MySpine MC Technology, part of Medacta’s MySolutions Personalized Ecosystem. MySpine MC Personalized MIS Solution is a 3D printed patient-matched solution, which can help position vertebral screws in the midline cortical approach. It provides high accuracy in screw positioning and robust posterior fixation through a minimally invasive, muscle-sparing surgery.
Dr. E. DelSole shares his experience with MIS MySpine MC in his daily practice. The MIS MySpine MC Platform is our patient-matched 3D printed technology for surgeries performing the midline cortical trajectory, enabling minimally invasive access in spinal fusion surgery. In comparison to conventional open surgical techniques, this personalized solution is ideal for outpatient surgery, as it provides a decrease in blood loss postoperative pain reduction, and a faster recovery.
Watch the video to hear Kevin McGuire, MD, present the benefits of MySpine MC Technology. MIS MySpine MC, part of our MySolutions Personalized Ecosystem, is our patient-matched screw placement guide for surgeries that use the midline cortical approach, enabling minimally invasive access in spinal fusion surgery. With the innovative MySpine platform, the surgeon can determine his preoperative planning based on CT images of the patient’s spine. It provides high accuracy in screw positioning and robust posterior fixation through a minimally invasive, muscle-sparing surgery.
After the success of the Munich Hip Meeting 2022, we are pleased to share Prof. Dr. med. Gollwitzer’s THA’s live surgery performing an Anterior Minimally Invasive Surgery (AMIS) featuring the Short Medacta Stem (SMS) and the Versafitcup acetabular shell.
AMIS is an evolution of the anterior approach, fine-tuned to minimize soft tissue damage, pain, and recovery times, potentially reducing the dislocation rate and providing excellent patient satisfaction scores.
The SMS is a bone-preserving short femoral stem, designed to achieve a physiological proximal load transfer and restore the individual anatomy of the patient. The optimized design has been conceived to easily position the implant according to the AMIS technique and potentially reduce the risk of calcar fractures. The shortened stem length and reduced distal geometry allow for preservation of more bone tissue, while ensuring an efficient restoration of the joint biomechanics. These features allow this stem to be the optimal choice for all MIS procedures, such as the AMIS approach.
Discover a step-by-step live surgery performed by Prof. Dr. med. Gollwitzer utilizing the AMIS approach featuring SMS femoral stem and Versafitcup acetabular shell.
#HipSurgery #PersonalizedSurgery #Innovation #Technology
Save time, minimize processing costs and enhance procedure accuracy with the Medacta Efficiency KneePack. Learn more from Dr. Lee Wilson, who shares how Medacta’s KneePack has transformed his OR experience.
The Anterior Minimally Invasive Surgery (AMIS) is a hip replacement surgical technique which follows an intermuscular and internervous path, thus considerably reducing the risk to damage periarticular structures, such as muscles, tendons, vessels, and nerves. Therefore, the AMIS approach is an ideal solution for atraumatic surgery, which is fundamental for patient fast recovery. The AMIS presents several clinical benefits, including shorter rehabilitation, decreased post-operative pain, reduced risk of dislocation, less blood loss, and cosmetic appeal. Furthermore, the AMIS is not only a surgical technique but a complete set of services which provides for healthcare efficiency with no additional costs. This brings to economic and commercial advantages for the hospitals, such as reduced surgical team, shorter hospital stays, and increase in the volume of the surgeon’s practice. Discover a step-by-step live surgery performed by Dr. Gollwitzer utilizing the AMIS approach featuring a Quadra-H femoral stem and a Versafitcup acetabular cup.
#HipSurgery #PersonalizedSurgery #Innovation #Technology
