Innovative Partnership for Enhanced Surgical Planning
Smith+Nephew, a pioneer in medical technology, has announced an exciting collaboration with JointVue to enhance preoperative planning for robotic-assisted knee surgery. This partnership centers around JointVue’s patented OrthoSonic™ 3D Surgery Planning Technology, positioning both companies at the forefront of surgical advancements.
Transforming Robotic-Assisted Surgery
The OrthoSonic™ technology is groundbreaking as it is the sole ultrasound device in the market that offers 3D preoperative planning capabilities. Surgeons utilizing Smith+Nephew’s CORI Surgical System can now develop tailored surgical plans, optimizing both efficiency in the operating room and patient satisfaction.
By equipping surgeons with crucial anatomical insights before procedures begin, the OrthoSonic™ system enables precise implant selections and minimizes the hassle of last-minute adjustments during surgery.
Benefits of Preoperative Planning
Preoperative surgical planning is critical as it allows for an in-depth understanding of a patient’s anatomy. This foresight enables timely delivery of implants and instruments, effectively saving both time and costs associated with the surgery.
Space-Saving Solutions for ASCs
Given the constraints often faced in Ambulatory Surgery Centers (ASCs), the combination of JointVue’s technology with Smith+Nephew’s compact CORI Surgical System is a game-changer. It addresses the challenge of limited operating space while providing a scalable solution for various surgical settings.
Streamlined Imaging for Precision
One of the standout features of the CORI Surgical System is its image-agnostic registration capabilities. It provides surgeons with both image-free and MRI-powered options for preoperative planning. Now, with the integration of JointVue's technology, surgeons can utilize ultrasound to create comprehensive 3D surgical plans rapidly, without exposing patients to radiation.
Improving Patient Experience
Dr. Steven MacDonald, CEO of JointVue, emphasized that their technology allows for a 3D visualization of the knee within minutes, eliminating the need for additional trips to imaging centers before surgery. This innovation not only enhances the surgical planning experience but also personalizes the approach for each patient.
Advancing Surgical Techniques
With the surgical landscape evolving, the demand for advanced solutions that accommodate a variety of patient profiles is crucial. Robotic-assisted surgery is known for improving surgical accuracy and can lead to better patient outcomes compared to traditional methods.
Expanding Solutions for Surgeons
Mayank Shandil, Global SVP for Smith+Nephew, highlighted how the addition of JointVue’s technology broadens the imaging options available to their customers. This collaboration offers a customizable solution for robotic-assisted knee replacement surgeries, filling a vital gap in the ASC market.
Smith+Nephew remains dedicated to enhancing the capabilities of healthcare professionals through innovative technologies, and this partnership with JointVue is a significant step toward achieving that goal.
Frequently Asked Questions
What is the purpose of Smith+Nephew's partnership with JointVue?
The partnership aims to enhance preoperative planning in robotic-assisted knee surgeries using JointVue's OrthoSonic™ 3D Surgery Planning Technology.
What advantages does the OrthoSonic technology provide?
It allows for 3D visualization of the patient's knee, enabling personalized surgical planning without radiation exposure.
How does this technology impact patient outcomes?
By improving surgical accuracy and planning efficiency, it can lead to better overall patient outcomes compared to traditional surgical methods.
What role does the CORI Surgical System play in this collaboration?
The CORI Surgical System integrates seamlessly with JointVue's technology, providing surgeons with additional capabilities for robotic-assisted procedures.
Who can benefit from this new partnership?
Surgeons, patients, and healthcare facilities, particularly Ambulatory Surgery Centers, will benefit from enhanced surgical planning and execution.
