手術室設施

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.

Advantages:
- 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.     

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.

Advantages:
- 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.

香港首間私家醫院同時擁有第2代O型臂「O-arm O2」與及第8代StealthStation手術實時導航系統。在歐美地區，兩者結合更早已成為微創脊椎手術的「黃金標準」。

O-arm O2是可活動的影像掃描儀器，配合StealthStation 8系統，能夠提供實時3D影像導航，既細緻又準確。對於講求高精確度的微創脊椎手術，抑或較複雜的腦部手術均大派用場。

特點：

• 更精準：系統提供真正的實時及高解像度的3D影像素描，而非利用2D圖像拼貼，提高手術的精準度。
• 更有效：預先計算置入植入物的路徑繼而進行定位，令手術過程更快捷順暢，提升醫療成效。
• 更安全：3D影像素描導航能確保植入物的位置準確，大幅減少手術期間要重複掃描的次數，病人、醫生和醫護人員所接收的輻射劑量亦相對減低。

優點：

• 高解像度的立體（3D）影像有助於提升醫生在手術過程中的視野，並且能夠更準確和穩定地執行複雜的手術。
• 機身較上代纖巧，較容易旋轉至不同位置，活動範圍較廣。
• 其先進的旋轉機械臂能從多個角度及位置進入病人體內，使醫生能以更靈活方式操控機械臂，從而提供更好的治療效果和病人安全性。

達文西機械臂由三部分組成：

• 影像台車：與攝影鏡頭連接，可以提供放大10倍的高解像度立體影像。
• 手術台車：即機械臂主體，包括四支手臂，一支手臂為鏡頭，另三支手臂配合電腦控制操作手術器械。
• 主控制台 醫生通過主控制器給予手術指令，控制器會擷取醫生手腕的動作，於人體腔內重現。

本中心提供一站式的服務，特別為要進行微創手術而需短期住院的人士而設。醫生診症後會按病人需要，直接預約手術及住院，流程更快捷方便，讓病人時間安排更輕鬆。
在專科醫生帶領下，提供超卓的微創手術服務，包括婦科手術及普通外科手術。完成手術後，病人會由專業醫護人員悉心照顧，且大部份情況下都可以在廿四小時內出院。