Southlake Nanoknee™: The Next Evolution in Joint Replacement
- Walk within 30 minutes
- Return home in 2 hours
- Performed with regional anesthesia
- Minimally invasive for a faster recovery
At Nanoknee, we’ve assembled a team of exceptional surgeons, each chosen for their expertise and dedication to excellence in joint replacement. Renowned leaders in the field, our specialists blend their advanced skills with Nanoknee’s innovative surgical techniques to offer unparalleled care. With a focus on cutting-edge, minimally invasive methods, we are committed to providing the most advanced treatments, ensuring faster recovery and an improved quality of life for you.
Developed by Dr. Thomas Ferro, the visionary behind NanoKnee®, our joint replacement approach redefines precision and innovation. Each technique is expertly designed to ensure exceptional results and long-term comfort.
Backed by over 30 years of experience and thousands of successful procedures, NanoKnee® blends trusted expertise with cutting-edge innovation to provide joint replacement solutions that truly transform lives.
Say goodbye to the pain and limitations of osteoarthritis. At NanoKnee® in Southlake, Texas, our advanced knee replacement technique preserves surrounding muscles while accurately restoring joint function. Enjoy a quicker, more comfortable recovery—and get back to your routine with strength and confidence.
If chronic hip pain is holding you back, NanoKnee® in Southlake, Texas, offers a game-changing alternative. Our advanced Nano® Hip procedure uses cutting-edge 3D-printed titanium paired with durable ceramics to deliver long-term relief. Most patients are on their feet within 30 minutes and head home in just a couple of hours, redefining the recovery experience.
What makes NanoKnee® unique is our innovative approach to joint replacement that prioritizes preservation of your natural anatomy. This advanced technique results in a joint that feels more natural, promotes smoother movement, and supports a faster return to full function with less downtime.