Robotic-assisted knee surgery offers tailored implant placement and has the potential to support precise outcomes for patients experiencing persistent knee pain. Successful recovery is critical in maximizing the benefits of the VELYS™ Robotic-Assisted Solution. Below are some tips to guide you through each post-operative healing phase, helping you regain mobility and confidence.
VELYS™ is a CT-free robotic platform designed to assist surgeons in achieving precise implant positioning during total knee arthroplasty. Real-time optical tracking and intuitive planning tools collaborate to help guide bone preparation and component alignment based on each patient's unique anatomy. Rather than relying on pre-operative CT scans, the VELYS system uses intraoperative data capture to refine surgical plans and support consistent execution.
Robotic-assisted joint replacements combine three-dimensional planning with live navigation, enabling surgeons to follow the prescribed plan more closely than with conventional instruments alone.
Precision of implant alignment may improve long-term joint function by minimizing uneven load distribution. Some patients report experiencing less early post-operative pain and quicker range-of-motion restoration than manual instrumentation techniques. Studies suggest that VELYS has the potential to reduce soft-tissue trauma through controlled bone resection, which can lead to diminished swelling and discomfort in the first weeks after surgery.
MAKO® and DaVinci® systems also offer robotic assistance, though their applications differ. Mako® from Stryker uses pre-operative CT imaging to plan partial and total knee arthroplasties, potentially enhancing cutting accuracy and soft-tissue balancing. DaVinci® technology is primarily utilized for minimally invasive procedures in other surgical specialties. VELYS distinguishes itself by providing CT-free intraoperative planning, which may streamline workflow and reduce radiation exposure.
A rapid recovery protocol may lead to an increased range of motion and shorter hospital stays. One study of 323 patients found that those on a structured accelerated pathway demonstrated enhanced mobility within the first year post-surgery. Generally, patients can expect:
Individual outcomes vary, so timelines should be viewed as general guides.
A comprehensive rehabilitation plan can support comfort, strength, and mobility. Consider these actionable insights:
Minimal bullet points have been used to maintain focus; individual preferences and abilities should guide the intensity and progression of each activity.
Persistent or worsening pain, signs of infection (fever, redness, drainage), or new numbness warrant prompt medical attention. Early communication enables timely adjustments to your care plan and may prevent complications. Arrange follow-up appointments as recommended, and never hesitate to reach out with questions about your exercises or symptoms.
Patients with knee osteoarthritis, significant joint deformity, or cartilage damage unresponsive to conservative treatments (physical therapy, medications, injections) could explore robotic-assisted options. Factors such as overall health, bone quality, and personal goals inform candidacy. Discuss your medical history and treatment objectives with an orthopedic specialist to determine if VELYS robotic-assisted knee replacement aligns with your needs.
Recovery from robotic knee surgery involves a partnership between you, your care team, and your support network. Personalized guidance and adherence to structured rehabilitation can help optimize outcomes. Contact West Coast Joint and Spine to schedule a consultation and learn if the VELYS Robotic-Assisted Solution may be right for your knee health journey.
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