Robot-Assisted Surgery
机器人辅助手术
Duration
2-6 hours
Recovery
1-3 weeks
Savings
~67% vs US
Average savings compared to US prices
China has over 400 robotic surgery systems including Da Vinci and the domestically-developed MicroPort Toumai system, with major hospitals in Beijing, Shanghai, and Guangzhou performing thousands of procedures annually. Commonly used for prostate, gynecologic, colorectal, and cardiac surgeries with enhanced precision and faster recovery. The combination of experienced high-volume surgeons and lower facility costs provides 50-70% savings compared to equivalent robotic procedures in the US.
Pre-Surgical Evaluation
Comprehensive assessment including imaging, blood work, cardiac clearance, and surgical planning to determine optimal robotic approach.
Duration: 2-3 daysRobotic System Setup and Port Placement
Patient positioning, trocar insertion, and docking of the robotic surgical system with instrument calibration under general anesthesia.
Duration: 30-45 minutesRobot-Assisted Procedure
Surgeon controls robotic arms from console with 3D magnified vision, tremor filtration, and 7-degree-of-freedom instrument movement for precise dissection.
Duration: 2-5 hoursPost-Operative Recovery
ICU or ward monitoring, early mobilization, pain management, drain care, and phased return to diet and activity.
Duration: 3-7 days inpatient- Smaller incisions resulting in less scarring and reduced infection risk
- Significantly less blood loss compared to open surgery
- Faster recovery and shorter hospital stay
- Enhanced surgical precision with 10x magnification and tremor elimination
- Potentially longer operative time compared to experienced open surgery
- Equipment malfunction risk requiring intraoperative troubleshooting
- Possibility of conversion to open surgery if complications arise
- Cost premium over conventional laparoscopic approach
Prices shown are approximate ranges for reference only. Actual costs vary by hospital, complexity, and individual patient needs. Always consult with healthcare professionals for medical decisions.