Mandaya Royal Hospital Puri continues to innovate by introducing the latest medical technologies, including four advanced surgical robots—making it the hospital with the highest number of surgical robots in Indonesia. These technologies enable procedures to be performed with higher precision, lower risk of complications, and faster patient recovery.
The four robotic systems include Zamenix for kidney stone treatment, MonaLisa for prostate biopsy, CORI for knee surgery, and the Da Vinci Xi robotic surgical system. With this combination of cutting-edge technologies, Mandaya Royal Hospital Puri sets a new standard in modern healthcare—offering more accurate, safer, and minimally invasive treatments for patients.
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Getting to Know the 4 Surgical Robots at Mandaya Royal Hospital Puri
Below are the robotic surgical systems available at Mandaya Royal Hospital Puri:
1. Da Vinci Xi
The Da Vinci Xi is a robotic-assisted surgical system that helps doctors perform procedures with greater precision and flexibility, especially in hard-to-reach areas of the body. This technology features four robotic arms that control surgical instruments, along with a high-definition camera that provides detailed visualization of the inside of the body. All instruments are inserted through small incisions, eliminating the need for large open surgery wounds.
Despite its robotic technology, every procedure is fully controlled by the surgeon without automation. Globally, the Da Vinci system has been used in millions of procedures and has become one of the leading choices in modern surgical practice worldwide.
The Da Vinci Xi system can be used for various procedures, including:
- Gynecological surgery
- Hepatobiliary and pancreatic surgery
- Urological surgery
- Colorectal surgery
2. CORI
The CORI robot is an advanced robotic navigation system that assists orthopedic surgeons in performing knee replacement surgery, both total and partial. This technology can map the patient’s knee condition in real-time during surgery, allowing for highly accurate procedures. As a result, surgeries become safer and patients may experience faster recovery.
Key advantages of the CORI system include:
- High accuracy with real-time knee mapping
- No need for prior CT scan or MRI
- Autostop feature to protect surrounding tissues
- Suitable for revision knee surgery
- Supports both total and partial knee replacement
- Uses durable OXINIUM implants
- Helps accelerate recovery
3. Zamenix
Zamenix is a robotic system with a flexible arm designed to break and remove kidney stones without requiring any incisions. Equipped with a high-resolution camera, it can detect stones even in hard-to-reach areas. It also features a Thulium laser to fragment stones into fine particles, along with a specialized tool to extract the fragments.
With a small-diameter endoscope (approximately 2.8 mm), doctors can access the kidney through the urinary tract without open surgery.
Key advantages of Zamenix include:
- Non-invasive (no incisions), minimizing pain, bleeding, and infection
- High accuracy with respiratory synchronization for better safety
- Powerful Thulium laser for fast and fine stone fragmentation
- Faster recovery
4. MonaLisa
MonaLisa is a robotic technology used for highly accurate prostate biopsy procedures. It combines MRI and ultrasound imaging to help doctors precisely identify the area that needs to be sampled. With the support of artificial intelligence and 3D modeling, the biopsy needle can be guided with exceptional precision—even to very small targets.
This procedure typically requires only two small punctures in the skin, making it more comfortable for patients and reducing the risk of infection compared to conventional methods.
If you would like to consult about the surgical robots above, feel free to visit Mandaya Royal Hospital Puri and meet our team of specialists.
To make your visit easier, you can use the Chat via WhatsApp, Book Appointment feature, or download the Care Dokter app on Google Play and the App Store to schedule visits, check queue numbers, and access more information.
