What Is Robot-Assisted Orthopedic Surgery?
Joint replacement surgeries involve various critical steps. These include the removal of damaged cartilage and bone, preparation of the remaining bone and the placement of the new ceramic or metallic prosthetic. These steps require a great level of accuracy. Many orthopedic surgeons make use of an orthopedic robot to enhance their surgical skills and ensure greater precision and thus better results for their patients.
It is important to understand that the surgery is robot-assisted. This means that the surgeon controls the robotic system through a console. The robotic system is equipped with surgical instruments. The robotic arms therefore simply translate the movements of the surgeon into highly precise actions within the patient’s body. The robot is capable of making sub-millimeter adjustments and thus reducing the margin of error. Greater precision leads to better outcomes, reduced complications and faster recovery times. It is therefore beneficial to seek a n orthopedic surgeon Bellevue trusts for great results with robot-assisted procedures.
Common procedures where robot-assisted surgery is applied include total knee replacements, total hip replacements, partial knee replacements, spine surgeries and procedures to correct deformities like scoliosis. It is particularly valuable in cases where a high degree of accuracy and precision is required, such as aligning prosthetic joints or navigating complex spinal anatomy.
Benefits of Robot-Assisted Orthopedic Surgery
There are several reasons why orthopedic surgeons are opting to integrate robot-assisted surgery to their practice. These include:
Better surgical planning: The technology available allows orthopedic surgeons to generate detailed, patient-specific 3D models of the joint using CT scans or other imaging modalities. These models are used by the surgeons to plan the surgery to a higher level of accuracy. They are better able to tailor the procedure to the patient’s unique anatomy. The surgeon can create a customized surgical plan that outlines the optimal implant size, alignment and position for the joint replacement.
Greater precision and accuracy: One of the biggest benefits of robot-assisted surgery is improved accuracy. The robotic arm allows for very fine adjustments. This helps to ensure that the implant is positioned correctly and aligned with the patient’s anatomy. The robotic arm provides the surgeon with real-time feedback. This allows the surgeon to follow the surgical plan more precisely including during bone preparation and implant replacement. This can lead to improved joint function and longevity.
Allow for minimally invasive techniques: The technology allows for the application of minimally invasive techniques in orthopedic surgery. This means smaller incisions and less tissue damage. Patients suffer reduced pain and are often able to recover faster.
Improved patient outcomes: Studies suggest performing using the assistance of robotic technology may lead to reduced pain, shorter hospital stays and faster rehabilitation compared to traditional joint replacement methods. Precise alignment and positioning of joint implants helps to reduce wear and tear on the implant thus potentially extending its lifespan.
