Chronic knee or hip pain from arthritis, joint degeneration, or long-term wear-and-tear can make everyday activities like walking, standing, climbing stairs, or sleeping painful and exhausting. Many people delay care because they worry about long recoveries, large incisions, or losing mobility. But what if you could restore function and reduce pain with robotic-assisted techniques designed for greater accuracy, smaller incisions, and smoother recovery?
At Vero Orthopaedics, we’re committed to advanced, evidence-based options that help you move with confidence. We’re hosting a free community seminar on robotic total knee and anterior total hip replacement—when it’s recommended, how it works, and what modern recovery really looks like.
To explore this option, join our free seminar “Robotic Total Knee and Anterior Total Hip Replacement,” led by Jason Stack, M.D., a board-certified orthopaedic surgeon fellowship-trained in adult reconstruction and total joint replacement. With extensive experience helping patients return to pain-free motion, Dr. Stack will explain how robotic-assisted techniques can improve accuracy, optimize implant positioning, and support faster, more predictable recovery.
What You’ll Learn at the Seminar
How it works:
See how robotic-assisted systems create personalized surgical plans and guide your surgeon with real-time precision to improve outcomes in total knee and anterior total hip replacement.
Why it matters:
Learn about potential benefits—smaller incisions, improved implant accuracy, reduced soft tissue disruption, less pain, and quicker recovery—compared with traditional joint replacement methods.
Am I a candidate?
Bring your questions. Dr. Stack will discuss evaluation, imaging, non-surgical care, and when knee or hip replacement becomes the most reliable option for lasting relief.
Limited Seating. Send RSVP to Seminars@VeroOrtho.com. Join us on Wednesday, December 10th, at 6:00 p.m. at Vero Orthopaedics, 3955 Indian River Boulevard, Vero Beach, FL 32960.
What Is Robotic-Assisted Joint Replacement?
Robotic-assisted knee and hip replacement combines a surgeon’s expertise with advanced computer-guided technology. These systems help your surgeon plan and execute surgery with remarkable precision based on your unique anatomy.
Robotic Total Knee Replacement
Robotics assists in balancing ligaments, aligning components, and improving the overall accuracy of implant placement—critical factors in long-term comfort and function.
Anterior Total Hip Replacement
This muscle-sparing approach accesses the hip from the front, helping reduce soft tissue disruption. When combined with robotic guidance, patients may experience improved stability, reduced pain, and faster recovery.
Who May Benefit?
You may be a candidate if you have:
- Moderate to severe knee or hip arthritis
- Stiffness, swelling, or grinding that limits mobility
- Pain that interferes with walking, standing, sleep, or daily tasks
- Persistent symptoms despite medications, injections, or physical therapy
- Reduced quality of life due to long-term joint degeneration
Potential Advantages of Robotic-Assisted Techniques
- More precise implant alignment for smoother joint motion
- Less soft tissue disruption and muscle sparing
- Smaller incisions and potentially reduced scarring
- Lower complication and revision rates in select patients
- Faster recovery with a structured rehabilitation plan
- Improved long-term comfort and function
Recovery timelines vary. Risks, benefits, and alternatives will be reviewed to help you make an informed and confident decision.
Why You Should Attend
If knee or hip pain is limiting your life, this seminar is a no-pressure opportunity to learn your options.
Dr. Stack will explain how robotic-assisted techniques compare with traditional joint replacement, expected recovery, and how to decide between continued conservative care or surgery. A dedicated Q&A ensures you leave with answers tailored to your goals.
Take the next step toward improved mobility. Reserve your spot today by emailing Seminars@VeroOrtho.com. Seating is limited.
