Tel: +86-19906868508
E-mail: info@sihanmed.com
In the evolving landscape of surgical technology, laparoscopic procedures have become the gold standard for numerous abdominal interventions. These minimally invasive techniques rely fundamentally on one crucial device: the CO₂ insufflator. At Sihan Medical, we've engineered state-of-the-art insufflation systems that combine precision, safety, and reliability to meet the demanding needs of modern operating theaters.
Our CO₂ insufflators feature:
Real-time pressure monitoring (8-20 mmHg adjustable range)
Automatic pressure compensation (±1 mmHg accuracy)
Smart algorithms that anticipate and prevent pressure fluctuations
Unlike conventional systems, Sihan Medical's endoscopy co2 insufflator offer:
Dual-range flow control: 1-15 L/min for delicate procedures and 16-45 L/min for rapid insufflation
Adaptive flow technology that automatically adjusts based on surgical conditions
Instant response to intracavitary pressure changes
Safety innovation includes:
Triple redundant pressure sensors
AI-powered anomaly detection
Visual/auditory alarms for multiple failure scenarios
| Feature | Sihan Medical SP-9500 | Standard Insufflator |
| Pressure Range | 4-30 mmHg | 8-20 mmHg |
| Flow Rate Range | 1-45 L/min | 5-20 L/min |
| Response Time | <0.5 sec | 2-3 sec |
| Safety Alarms | 6 types (visual+auditory) | 2-3 types |
| CO₂ Consumption | 15% more efficient | Standard |
| Sterilization | Full autoclavable | Partial only |
| Data Logging | 500 procedure memory | None |
| Weight | 3.2 kg | 4.5-6 kg |
| Display | 7" touchscreen | LED buttons |
Patient Factors: BMI, previous surgeries, and respiratory status
Procedure Type: Diagnostic vs. therapeutic requirements
Positioning Effects: Trendelenburg impact on pressure dynamics
Staged insufflation: Begin with lower flow rates (5-8 L/min)
Dynamic pressure adjustment: Modify settings based on surgical phase
Continuous monitoring: Watch for subtle pressure variations
Our research team has developed proprietary technologies including:
PneumoGuard™: Next-gen pressure stabilization algorithm
FlowSight™: Predictive flow adjustment technology
SafePort™: Leak-resistant gas delivery system
Our insufflators excel in:
Single-port procedures
Robotic-assisted surgery
Pediatric laparoscopy
Obstetric interventions
Q: How does your system handle sudden pressure loss?
A: Our SmartRecovery™ protocol automatically increases flow while alerting staff
Q: What maintenance is required?
A: Just annual calibration - all other components are self-monitoring
Q: Can we integrate with existing OR setups?
A: Yes, standard DIN connections plus optional wireless monitoring
At Sihan Medical, we specialize in high-performance laparoscopic insufflators designed for:
✔ Precision pressure control (8–20 mmHg range)
✔ Ultra-fast flow rates (up to 45 L/min)
✔ Military-grade durability – Built for demanding surgical environments
✔ Seamless OR integration – Compatible with leading endoscopic systems
Our insufflators undergo rigid quality testing to meet ISO 13485 & CE standards, ensuring patient safety & surgical efficiency.
Selecting the right CO₂ insufflator improves laparoscopic success rates, enhances patient safety, and streamlines surgical workflows. Prioritize precision pressure control, advanced safety features, and durability when making your choice.
For FDA-compliant, high-performance CO₂ insufflators, explore Sihan Medical’s product range today.
Have questions? Contact our experts for personalized recommendations!
With years of dedication to the medical equipment industry, Shengjun He has leveraged his solid professional expertise and keen insight into industry trends to establish Sihan Medical as a leading force in the endoscope repair sector. Prior to founding Sihan Medical, he accumulated extensive experience in medical device maintenance—a foundation that proved instrumental for his entrepreneurial journey. His background spans hands-on equipment repair, technical R&D, and management, granting him comprehensive understanding of medical devices, from their underlying technology to market demands.
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