The
Mindray HS-50F endoscopic insufflator is designed for the creation and maintenance of pneumoperitoneum during laparoscopic surgery. It delivers stable, precise control of intra-abdominal gas pressure—a critical factor for patient safety and procedural efficacy. Equipped with an intuitive user interface, the device enables clinical staff to easily monitor and adjust insufflation parameters in real time. Featuring
automatic gas leak compensation, the HS-50F ensures uninterrupted and stable operation throughout surgery. The insufflator is compatible with multiple medical gases (typically CO₂) and incorporates multiple built-in safety mechanisms to prevent complications.
Key Advantages- High Flow Rate:
- Delivers gas flow up to 50 L/min, enabling rapid establishment and maintenance of pneumoperitoneum—reducing surgical setup time.
- Stable Pressure Control:
- Maintains consistent intra-abdominal pressure even during aspiration, instrument exchange, or gas leakage, enhancing procedural stability and safety.
- Integrated Gas Heating:
- Heats insufflation gas to near body temperature, helping to prevent perioperative hypothermia and improve patient comfort.
- Smoke Evacuation System:
- Actively removes surgical smoke and aerosols, improving visualization in the operative field and protecting staff from exposure to hazardous plume.
- Ergonomic Design & User-Friendly Interface:
- Intuitive controls and clear display minimize the risk of operator error and facilitate efficient workflow in the operating room.
Clinical Applications- Creation and maintenance of pneumoperitoneum to provide adequate working space during minimally invasive abdominal and pelvic surgeries.
- Gynecological laparoscopy:
– Ovarian cystectomy
– Myomectomy
– Hysterectomy
- General abdominal surgery:
– Appendectomy
– Cholecystectomy
– Colectomy
- Support of diagnostic and therapeutic endoscopic procedures requiring controlled insufflation.
- Used in medical education and simulation centers for training students and credentialing surgeons in laparoscopic techniques.