Robotic Knee Replacement

Precision in Motion

Pioneering Robotic Excellence In Knee Replacement

Know all about the VELYS™ Robotic Knee Replacement System by Johnson & Johnson:

 

Eva Hospital in Ludhiana incorporates advanced medical technologies, including the VELYS™ Robotic-Assisted Solution for knee replacement surgeries. This system enhances the precision and accuracy of the procedure by providing surgeons with detailed data about the patient’s knee, aiding in selecting the right implant fit for the patient’s anatomy.

The VELYS™ system helps preserve soft tissue, predict joint stability, and works towards restoring knee function efficiently. It employs a combination of technologies, including NATURAL CONTROL™ Technology for precise, surgeon-controlled cuts, and an instinctive user interface, enabling real-time decision-making during surgery. This integration of state-of-the-art technology at Eva Hospital signifies a significant advancement in knee replacement surgeries.

Step-by-step explanation of the Robotic Knee Replacement procedure using the VELYS™ system

Throughout the procedure, the VELYS™ Robotic-Assisted Solution provides the surgeon with enhanced visualisation, precision, and control, leading to potentially better outcomes and a more customised fit of the knee implant

Preoperative
Planning 1

Before the surgery, detailed imaging of the patient’s knee is performed. This allows the surgeon to plan the procedure specifically tailored to the patient’s unique anatomy.

Data
Collection 4

Using the VELYS™ system, the surgeon collects real-time data about the patient’s knee. This data includes information about the bone structure, ligament balance, and overall joint alignment.

Assessment and
Adjustment 7

After placing the implant, the surgeon uses the system to assess the knee’s movement and make any necessary adjustments. This ensures the knee has the right balance and range of motion.

Setup &
Calibration 2

In the operating room, the VELYS™ system is set up. The equipment, including the robotic arm, is calibrated for the specific procedure, ensuring accuracy.

Customised
Resection 5

Based on the collected data, the surgeon uses the robotic-assisted technology to perform precise bone cuts. The VELYS™ system aids in executing these cuts with high accuracy, respecting the patient’s natural anatomy.

Closure of the
incision 8

Once the implant is properly placed and tested, the surgeon closes the incision. This is done in layers to promote healing and reduce the risk of infection

Exposure of
the Knee 3

The surgeon makes an incision to expose the knee joint. This provides access to the area where the replacement will occur.

Implant Selection
and Placement 6

The system helps in selecting the appropriate implant size and position. The surgeon then places the knee implant, ensuring it fits perfectly as per the preoperative plan and intraoperative measurements.

Postoperative
Care 9

After surgery, the patient receives specific instructions for care and rehabilitation. This often includes physical therapy to regain strength and mobility in the knee.

Preoperative
Planning 1

Before the surgery, detailed imaging of the patient’s knee is performed. This allows the surgeon to plan the procedure specifically tailored to the patient’s unique anatomy.

Setup &
Calibration 2

In the operating room, the VELYS™ system is set up. The equipment, including the robotic arm, is calibrated for the specific procedure, ensuring accuracy.

Exposure of
the Knee 3

The surgeon makes an incision to expose the knee joint. This provides access to the area where the replacement will occur.

Data
Collection 4

Using the VELYS™ system, the surgeon collects real-time data about the patient’s knee. This data includes information about the bone structure, ligament balance, and overall joint alignment.

Customised
Resection 5

Based on the collected data, the surgeon uses the robotic-assisted technology to perform precise bone cuts. The VELYS™ system aids in executing these cuts with high accuracy, respecting the patient’s natural anatomy.

Implant Selection
and Placement 6

The system helps in selecting the appropriate implant size and position. The surgeon then places the knee implant, ensuring it fits perfectly as per the preoperative plan and intraoperative measurements.

Assessment
and Adjustment 7

After placing the implant, the surgeon uses the system to assess the knee’s movement and make any necessary adjustments. This ensures the knee has the right balance and range of motion.

Closure of the
incision 8

Once the implant is properly placed and tested, the surgeon closes the incision. This is done in layers to promote healing and reduce the risk of infection

Postoperative
Care 9

After surgery, the patient receives specific instructions for care and rehabilitation. This often includes physical therapy to regain strength and mobility in the knee.

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