Cutting-edge robotic systems enable surgeons to perform procedures with greater precision and control than with traditional techniques.
Professor Hopper uses the VELYS robot to perform both partial and total knee replacements. Indeed, he was the first surgeon in Scotland to use this innovative robotic tool to perform knee replacement surgery and with this enhanced accuracy, better outcomes and an overall more positive patient experience are seen.
Robotic-Assisted Knee Replacement Surgery uses advanced technology to improve a surgeon’s ability to personalise alignment and accurately balance the knee while preserving the soft tissues. The technology aids a surgeon rather than replacing them and is still guided by their hands.
Robotic-Assisted Knee Replacement Surgery offers several benefits that can really make a substantial difference to your recovery and provide long term benefits. One of the key benefits is the precision in which a knee replacement can be performed. Only the damaged parts of the bone and cartilage are removed, while protecting the healthy tissues and ligaments around your knee joint. This level of accuracy can improve the flexibility of your knee and help it to be more mobile after surgery.
Traditional knee replacement surgery is a highly effective form of treatment for people with knee pain, but robotic-assisted surgery comes with a range of added benefits and enhancements, including a tailored approach that helps Professor Hopper perform the procedure with increased accuracy and precision.
VELYS is a robotic arm that works in tandem with Professor Hopper, combining innovative technology with the skills and expertise of your consultant. The system uses CT-free technology to optimize implant placement and determine the right size and shape of implant for you. This avoids the unnecessary radiation and additional time involved with obtaining a CT scan. The infrared cameras and optical trackers provide real in-time virtual imaging resulting in a personalised and accurate total knee replacement.
