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3D Robotic-Arm-Assisted minimally invasive total knee replacement (ROSA knee)
3D Robotic-Arm-Assisted minimally invasive total knee replacement (ROSA knee)
The ROSA Knee Robotic-Arm-Assisted system is designed to aid surgeons in performing knee replacement surgeries. By leveraging data analysis and image guidance, this advanced technology assists in surgical decision-making and operational precision.

The ROSA Knee system integrates preoperative planning tools and real-time 3D imaging, enabling surgeons to evaluate the patient’s condition, plan implant size and positioning, and analyze soft tissue and bone conditions during the procedure. This allows real-time adjustments to achieve optimal ligament balance and knee joint functionality. The result is enhanced surgical precision, better implant alignment, and outcomes that closely replicate the natural knee's movement.

◎Surgical Advantages
-Accurate Preoperative Planning: Improves treatment satisfaction.
-Minimally Invasive Technique: Eliminates the need for postoperative rehabilitation.
(Patients can walk on the same day, with discharge in 3-5 days.)
Robot-assisted knee replacement: Back on feet in no time!

In traditional total knee replacement surgeries, precision relied heavily on the surgeon’s experience and manual expertise. This often led to larger excisions of the knee joint, affecting postoperative mobility and increasing discomfort.

With the ROSA Knee robotic-assisted total knee replacement, surgeons can pre-simulate joint flexibility, ligament tension, and excision scope—"plan first, operate later." This approach significantly reduces recovery time. Patients can achieve full knee flexion within a week and return to normal walking within a month.

Robotic-assisted
Up the next day
No rehab needed
Minimal incision





Degenerative Arthritis? Should I Consider Knee Replacement Surgery?

Degenerative arthritis can be categorized into four stages. For patients in stages 1 and 2, conservative treatments such as medication and physical therapy are recommended. For those in stages 3 and 4, where joint deformation or severe cartilage loss occurs, invasive treatments like partial or total knee replacement surgery may be necessary.

 

 
 
Q&A

Q1.Can I squat after total knee replacement surgery?+

With ROSA Knee robotic-arm-assisted total knee replacement surgery, patients can achieve a knee flexion of over 120 degrees postoperatively without the need for rehabilitation, meeting daily activity requirements. Most patients are able to squat after surgery. However, squatting is a single-point loading motion, which is not an ideal posture for patients with degenerative knee arthritis. To protect the artificial joint, we recommend avoiding this position.

Q2.How long does an artificial knee joint last?+

Most artificial knee joints can last 10 to 15 years or longer.

Success Case
Minimally Invasive Total Knee Replacement—Elder with degenerative knee disease

Minimally Invasive Total Knee Replacement—Elder with degenerative knee disease

Precision Navigation for Improved Quality of Life in Older Adults
Restoring Elderly Mobility with Robot-Assisted Surgery

Minimally Invasive Total Knee Replacement—for Sports Enthusiasts with Degeneration

Minimally Invasive Total Knee Replacement—for Sports Enthusiasts with Degeneration

Precision Surgery Restores Joint Function for Active Patients

Minimally Invasive Total Knee Replacement—Severe Osteoarthritis in Elderly, Large-Bodied Patients

Minimally Invasive Total Knee Replacement—Severe Osteoarthritis in Elderly, Large-Bodied Patients

Robotics for Severe Osteoarthritis in Elderly, Large-Bodied Patients
Pain-Free Mobility Restored Through Robot-Assisted Surgery

Minimally Invasive Partial Knee Replacement—Medial Knee Wear

Minimally Invasive Partial Knee Replacement—Medial Knee Wear

Targeting Medial Knee Wear with ROSA-Assisted Partial Replacement
Precise Partial Knee Surgery Resolves Medial Knee Problems

Minimally Invasive Total Knee Replacement—Severe Knee Degeneration in Elderly Patients

Minimally Invasive Total Knee Replacement—Severe Knee Degeneration in Elderly Patients

ROSA-Assisted Total Knee Replacement for Elderly Patients with Deformed Knees

Minimally Invasive Total Knee Replacement—bilateral knee degeneration

Minimally Invasive Total Knee Replacement—bilateral knee degeneration

Dual Knee Replacement with Precision and Speed.
ROSA Technology Restores Mobility for Bilateral Knee Patients.

Minimally Invasive Total Knee Replacement—Robotic-Assisted Surgery for Knee Deformities in Overseas Patients

Minimally Invasive Total Knee Replacement—Robotic-Assisted Surgery for Knee Deformities in Overseas Patients

Restoring Mobility and Quality of Life: ROSA-Assisted Surgery for a Patient from the US

Minimally Invasive Total Knee Replacement—First Robot-Assisted Knee Revision Surgery in Taiwan

Minimally Invasive Total Knee Replacement—First Robot-Assisted Knee Revision Surgery in Taiwan

What if Partial Knee Replacement Requires Revision?

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