Silicone Resuscitator MD-SR-1002 features a 340 ml self-inflating bag for controlled and safe ventilation. It is complemented by a 1600 ml oxygen reservoir bag to enhance oxygen concentration during use. Its low inspiratory and expiratory resistance minimizes breathing effort, ensuring patient comfort and efficiency. Our product is an indispensable tool for healthcare professionals dedicated to providing life-saving respiratory support for infants.
Specifications
| Resuscitator volume | 340 ml |
| Reservoir bag volume | 1600 ml |
| Mask size | 1 |
| Patient type | Infant |
| Operation temperature | -18°C to +50°C |
| Storage temperature | -40°C to +60°C |
| Pressure Limiting valve | 40 cm H2 O |
| Adjustable PEEP valve | 5 to 20 cm H2 O |
| Inspiratory resistance | Less than 5 cm H2 O |
| Expiratory resistance | Less than 5 cm H2 O |
| Patient valve connector | 15mm / 22 mm |
| Mask connector | 22mm / 15mm |
| Compression recoil | Greater than 50 times / min |
| Dead space (Patient valve) | 7 ml |
| No. of pieces | 20 sets |
| Patient Body Weight | Less than or equal to10 kg |
Features
Optimized Airway Protection
Enhanced Oxygenation Efficiency
Advanced Pressure Regulation
Enhanced Airflow Dynamics
Rapid Compression Recoil Technology
High-Sealing Mask
Customizable PEEP Valve
Optimized Dead Space Reduction
Superior Hygiene & Durability
Standard Accessories
Oxygen tubing × 1
Reservoir bag × 1
Silicone Mask × 1
Applications
Our Silicone Resuscitator MD-SR-1002 is ideal for neonatal ICU, emergency response, and transport ventilation, ensuring precise respiratory support and seamless integration with critical care systems.
Medical Deals Silicone Resuscitators are high-performance, reusable ventilation devices designed to provide effective respiratory support in healthcare settings. These are crafted from medical-grade silicone material, allowing high-temperature autoclave sterilization. They are integrated with pressure-limiting valves, which reduce the risk of barotrauma in pediatric and neonate patients. Our products meet the highest performance benchmarks, making them indispensable tools for critical care units.