Sherman Oaks Nanoknee™: The Next Evolution in Joint Replacement
- Walk in 30 minutes
- Return home in 2 hours
- Performed under regional anesthesia
- Minimally invasive for swift recovery
At Nanoknee, we’ve assembled a team of top-tier surgeons, selected for their exceptional expertise and commitment to excellence in joint replacement. Our renowned specialists blend their expertise with Nanoknee’s innovative surgical techniques to deliver unmatched care. By focusing on cutting-edge, minimally invasive methods, we ensure the most advanced treatments available, promoting a quicker recovery and a better quality of life for you.
Sculpted, perfected, and optimized by Dr. Thomas Ferro, a renowned orthopedic surgeon and the visionary behind Nanoknee™, our method represents the pinnacle of perfection and precision for patients seeking joint replacement.
Nanoknee™ distills the expertise derived from Dr. Ferro's extensive career spanning over three decades and thousands of successful joint replacements, paving the way for transformative advancements.
Wave goodbye to osteoarthritis-related pain and disability as Nanoknee™ leads you toward a future brimming with vitality and mobility. Our cutting-edge approach to knee replacement in Sherman Oaks preserves nearby muscles and expertly revitalizes your joint surfaces, paving the way for rapid recovery with minimal disruption. You’ll resume your daily activities sooner than you think!
If chronic hip pain compromises your daily activities, Nanoknee™ provides a solution with our hip replacement in Sherman Oaks. Our innovative Nano® Hip procedure combines cutting-edge 3D-printed titanium with ceramics, ensuring a resilient, long-lasting fix. Most patients are up and walking within 30 minutes post-surgery and discharged within 2 hours.
At Nanoknee™, we distinguish ourselves with our advanced method of joint replacement. By prioritizing the preservation of your natural anatomy, we can provide you with a new joint that feels entirely natural, allowing for unrestricted movement and function.