Operating Room Facilities

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ExcelsiusGPS® Robotic Navigation

ExcelsiusGPS® is designed to improve accuracy and optimize patient care by using robotics and navigation for spine surgery. It offers real-time tracking of instruments and implants, along with audible, visual and tactile feedback.

Special Features:
- Robotic guidance: The End Effector aligns the guide tube precisely along the desired trajectory, allowing for direct implant placement with GPS instruments.

- Navigation: The system provides real-time feedback on instrument positioning relative to the patient’s anatomy.

- Rigid robotic arm: The robotic arm’s rigidity ensures stability during implant insertion, even on step trajectories.

- Imaging compatibility: The system seamlessly integrates into the surgical workflow and supports planning and navigation in both 2D and 3D imaging modalities.

- Robotic guidance: The system can speed up the surgery procedure and enhance the precision.

- Navigation: This feature has the potential to significant reduce the amount of radiation required during the procedure.

- Rigid robotic arm: The system with high stability which enhances the accuracy and precision of the surgical procedure.

- Imaging compatibility: The system assists surgeon to have comprehensive understanding of the patient’s anatomy during the procedure. It enhances the accuracy of the surgery.     

ROSA® Robotic System

The ROSA® Robotic System is an advanced system can be used to assist surgeons in orthopedic knee replacement surgery. The system offers assistance in bone resections and evaluating the condition of the soft tissues to optimize implant positioning during the surgery. 

Special Features:
- Complete preoperative plan: The system utilizes 3D images of the knee joint to create a comprehensive preoperative plan.

- Safer surgical experience: The system can enables precise surgical resections with minimal errors.

- Robotic guidance: The system automatically corrects the displacement during the surgery, ensuring accurate implant placement.

- Complete preoperative plan: This not only assists surgeons visualize the procedure but also instills confidence in patients.

- Safer surgical experience: It reduces the risk of damage to cartilage, ligaments and other tissues. This precision contributes to a safer surgical experience for patients.

- Robotic guidance: Surgical time is significant reduced and the occurrence of complications is minimized. This ultimately leads to a higher success rate for knee replacement procedures.

O-Arm O2 Imaging System with StealthStation 8 Navigation System

HKAH – SR is proud to be the first private hospital in Hong Kong equipped with the O-arm O2 imaging system and the StealthStation 8 navigation system. In Europe and America, the combination of the two systems is recognized as the gold standard of intraoperative spinal imaging.

The O-arm O2 is a mobile X-ray system, while the StealthStation 8 enables live, 3-D navigation during surgery for clear visualization and enhanced precision. When used in conjunction, the systems facilitate a wide range of minimally invasive spinal procedures as well as complex brain surgeries, all of which require a high level of accuracy from surgeons.


Special features:

  • Enhanced precision: live, 3-D imaging enables surgeons to perform procedures with improved accuracy
  • Greater effectiveness: options to plan and preset implant trajectories streamline the surgical process and improve clinical outcomes
  • Improved safety: intraoperative 3-D imaging ensures precise implant placement, minimizing the need for fluoroscopy during surgery and reducing radiation exposure to patients, surgeons, and medical staff
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DaVinci Xi Robotic Surgical System


  • The system incorporates a magnified 3D high-definition vision system, ensuring enhanced visibility, enabling surgeons to perform complex procedures with greater accuracy.
  • Its advanced robotic arms and wristed instruments allows surgeons control the robotic arms with exceptional dexterity, thus provides more precise manipulation of tissues, better visualization, and improved surgical outcomes
  • Range of minimally invasive surgeries is expanded, and the effectiveness and safety of surgery increased


Components of the da Vinci Surgical System:

  • Vision System Connected to the camera lens, the vision system delivers high resolution, 3D video with ten times magnification.
  • Patient-side Cart The patient-side cart includes four robotic arms, with the lens located on one arm, and the remaining three arms executing surgical maneuvers under the control of the surgeon.
  • Surgeon Console Under the surgeon’s control and commands, the system translates the surgeon’s movements into real-time movements of surgical instruments within the patient’s body.
Minimally Invasive Surgery Short Stay Center

Our center provides one-stop services that are specially designed for patients undergoing minimally invasive surgery (MIS) who require short-stay accommodation following their procedure. For added convenience, our doctors are able to arrange the operation and subsequent short stay at the time of consultation with patients.
Led by a team of specialists, the center provides excellent MIS services in areas including gynecological surgery and general surgery. After surgery, patients are usually only required to stay for 24 hours or less under the care of our professional medical team.