Integrating advanced technology into surgical procedures has revolutionized patient care, offering precision, efficiency, and improved outcomes. At EmergeOrtho, we pride ourselves on staying at the forefront of innovation, harnessing the power of robotics to redefine orthopedic excellence. Join us as we explore robotic surgery’s principles and technologies to discover why it is successful in modern healthcare.
What Is Robotic Surgery?
Robotic surgery is an advanced procedure that utilizes technology to assist surgeons during complex operations. It involves small surgical instruments, enabling precise movements within the body. The key to robot-assisted surgery is using a robotic arm controlled by the surgeon. The robot translates the surgeon’s movements in real-time, ensuring precise surgical control and minimizing the risk of unintended tissue damage.
How Does Robotic Surgery Work?
Robotic surgery integrates advanced technology with the expertise of skilled surgeons to perform procedures with exceptional precision and control. As mentioned, robotic surgery operates through robotic arms, specialized instruments, and a high-definition camera system.
Types of Robotic Surgeries at EmergeOrtho
Through a commitment to innovation and excellence, EmergeOrtho offers a diverse range of robotic surgeries across different regions. These advanced robotic systems allow our expert surgeons to deliver superior outcomes and personalized care to every patient. Here are the types of robotic surgeries offered:
MAKOplasty
MAKOplasty is designed to optimize the precision and accuracy of joint replacement procedures, particularly for knees and hips. Combining robotic arms and advanced imaging technology, MAKOplasty enables surgeons to create a personalized surgical plan based on each patient’s unique anatomy. This ensures precise bone preparation and implant placement.
CORI
CORI is specifically tailored for orthopedic joint replacement surgeries. Its advanced robotic arm technology and intuitive interface empower surgeons to perform exact and customized procedures, enhancing the accuracy of bone cuts and implant positioning and resulting in optimal joint alignment and stability.
ROSA
ROSA (Robotic Surgical Assistant) is designed to assist your surgeon in customizing the positioning of your r to suit your unique anatomy. With ROSA’s advanced technology, surgeons can precisely tailor the placement of the knee implant, taking into account individual anatomical variations and biomechanical factors.
VELYS
VELYS is an innovative robotic orthopedic surgery system for knee replacement surgeries, offering precision and efficiency. With its advanced imaging technology and robotic assistance, VELYS allows surgeons to customize each procedure according to the patient’s features by optimizing implant positioning and soft tissue balancing.
Mazor X
Mazor X is used for spine surgeries, offering superior accuracy and safety compared to traditional techniques. By integrating preoperative planning and guidance, Mazor X enables surgeons to navigate complex spinal anatomy precisely, ensuring optimal implant placement and spinal alignment. This results in improved surgical outcomes, reduced complications, and faster recovery for spine surgery patients.
