Modern Surgical Innovation: Tzu Chi Hospital Successfully Performs 300 Robotic Knee Surgeries with CUVIS Joint

On September 20, 2025, Tzu Chi Hospital Pantai Indah Kapuk officially achieved a remarkable milestone by successfully performing over 300 robotic total knee replacement surgeries using the CUVIS Joint system.

This achievement affirms Tzu Chi Hospital's position as a leading pioneer in the application of robotic surgical technology in Indonesia and marks a major step towards a new era of safer, precision orthopedic surgery.

Medical technology in Indonesia is advancing rapidly, one example of which is the implementation of robotic surgery. Since its introduction in 2012, this technology has continued to develop and is now a vital part of minimally invasive surgical procedures in various major hospitals.

One such pioneer is Tzu Chi Hospital Pantai Indah Kapuk, the only hospital in Indonesia with two active robotic surgical systems: the CUVIS Joint for knee replacement and Versius Robotic Laparoscopy for digestive and urological surgery.

Advanced CUVIS Joint Technology
CUVIS Joint is the world's first active robotic surgical system capable of automatically cutting bone with sub-millimeter precision based on a 3D digital plan developed pre-operatively.
Unlike semi-active systems, this robot not only assists in guiding the cutting process but also performs the actual bone cutting under the full supervision of the surgeon.

Bone Movement Monitoring and Haptic Feedback features enable the system to detect every tiny bone movement and provide real-time feedback to ensure a safe procedure.
This technology allows for more accurate implant placement, a significantly reduced risk of surrounding tissue injury, and significantly reduced post-operative pain.

A Collaboration of Science, Compassion, and Innovation
Tzu Chi Hospital's success in achieving 300 robotic knee surgeries is the result of a collaboration between cutting-edge technology and an experienced orthopedic medical team committed to providing compassionate care and patient safety.
Each patient undergoes a pre-operative planning process based on 3D CT scan data, followed by comprehensive post-operative monitoring to ensure optimal long-term results.

In addition to the CUVIS Joint, Tzu Chi Hospital also introduced the Versius Robotic Laparoscopy, which helps doctors perform digestive, urological, and gynecological surgeries with high precision and shorter recovery times.

A New Standard for Surgery in Indonesia
With over 300 successful robotic knee surgeries, Tzu Chi Hospital is pioneering a new era of precision orthopedic surgery in Indonesia.
The CUVIS Joint technology not only improves clinical outcomes but also accelerates patient recovery, allowing them to return to their daily activities with confidence and a better quality of life.

Through this innovation, Tzu Chi Hospital demonstrates its commitment to providing high-tech services that benefit humanity, in line with Master Cheng Yen's philosophy: "Science to help lives, compassion to heal hearts."

Patient Testimonials
The advantages of the CUVIS Joint robotic system have been directly experienced by hundreds of patients at Tzu Chi Hospital, one of whom is Mrs. Veronica Tan, who underwent knee replacement surgery using this state-of-the-art robotic technology.

In an inspiring testimonial, Mrs. Veronica Tan shared her experience:

“I didn't expect to be able to move so soon after surgery. The pain was minimal, and the recovery process was much faster and more comfortable than I imagined.”

Mrs. Veronica Tan's story is a vivid example of how technology plays a significant role in restoring mobility and quality of life for patients.
Thanks to the high-precision CUVIS Joint, patients can:

• Experience smaller incisions and minimal blood loss,
• Walk easily from the first day after surgery,
• Hospitalization is only 2–4 days,
• Experience more natural and long-lasting joint recovery thanks to precise implant placement.

Clinical evaluations show high levels of patient satisfaction, with significant improvements in knee range of motion, joint stability, and independence in daily activities.