Advances in surgical technology continue to improve the way joint and musculoskeletal conditions are treated. Robotic-assisted orthopedic surgery allows for detailed planning, precise execution, and consistent surgical technique. At Orthopaedic and Rehabilitation Centers, patients in Lincoln Square and Wicker Park, Chicago, IL have access to robotic-assisted procedures performed by our orthopedic surgeons Gabriel S. Levi, MD, FAAOS and Jennifer J. Conner, MD, as part of a comprehensive approach to orthopedic care.
Robotic-Assisted Orthopedic Surgery
Robotic-assisted surgery is designed to support the surgeon during complex orthopedic procedures. The system does not perform surgery independently. Instead, it provides guidance, measurement tools, and visual feedback that help enhance surgical accuracy.
This technology is commonly used in joint replacement procedures, particularly for the knee and hip, where alignment and implant positioning play an important role in long-term outcomes.
How Robotic Technology Supports Surgery
Before surgery, detailed imaging is used to create a three-dimensional model of the joint. This model allows the surgeon to evaluate anatomy, plan implant placement, and prepare for the procedure.
During surgery, the robotic system provides real-time feedback that helps guide bone preparation and implant positioning. This process supports consistent execution while allowing the surgeon to remain in full control of each step.
Advanced navigation and planning systems allow our surgeons to evaluate alignment, joint mechanics, and implant positioning before and during surgery, supporting efficient procedures and timely return to daily activity.
Conditions That May Benefit From Robotic Assistance
Robotic-assisted orthopedic surgery may be recommended for patients with specific joint conditions that require precise correction. These may include:
- Osteoarthritis of the knee or hip
- Joint degeneration related to prior injury
- Chronic joint pain that has not improved with conservative treatment
- Degenerative joint disease requiring partial or total joint replacement
Potential Benefits for Patients
Robotic-assisted procedures may offer several advantages when compared to traditional surgical methods. These may include improved implant alignment, reduced disruption of surrounding tissue, and more consistent surgical results. Recovery timelines vary based on the procedure and individual health factors, but by utilizing cutting-edge technology, our surgeons minimize recovery time.
Preoperative Planning and Recovery Care
Each patient begins with a thorough evaluation that includes medical history, physical examination, and imaging studies. This information helps guide surgical planning and set realistic recovery expectations.
After surgery, patients participate in structured rehabilitation programs focused on restoring strength, flexibility, and joint stability. In-house physical therapy services allow close coordination between surgical and rehabilitation teams throughout recovery.
Coordinated Robotic Orthopedic Care in Chicago
At Orthopaedic and Rehabilitation Centers, robotic-assisted surgery is integrated into a broader care model that emphasizes safety, communication, and long-term function. From consultation through rehabilitation, patients receive individualized guidance at every stage.
Robotic-Assisted Systems Used in Orthopedic Surgery
- SmithNephew Cori Surgical System
- Stryker Mako SmartRobotics
- Zimmer Biomet ROSA Robotics
- Johnson & Johnson VELYS Robotic Assisted Solution
- THINK Surgical TMINI
To schedule a consultation with Gabriel S. Levi, MD, FAAOS and Jennifer J. Conner, MD, at the Lincoln Square or Wicker Park location in Chicago, IL, call (773) 878-6233.