Silicone Resuscitator MD-SR-1003 incorporates a pressure-limiting valve set at 40 cm H₂O, with an adjustable PEEP valve ranging from 5 to 20 cm H₂O. Its storage tolerance temperature extends from -40°C to +60°C, ensuring optimal performance in diverse clinical settings. Its patient valve and mask connector ensure compatibility with standard airway management accessories. Our product combines advanced technology, safety, and reliability, making it an essential tool in critical respiratory care.
Specifications
| Pressure Limiting valve | 40 cm H2 O |
| Adjustable PEEP valve | 5 to 20 cm H2 O |
| Storage temperature | -40°C to +60°C |
| Operation temperature | -18°C to +50°C |
| Mask size | 0 |
| Patient type | Neonates |
| Resuscitator volume | 250 ml |
| Reservoir bag volume | 1600 ml |
| 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 to 10 kg |
Features
Optimized Ventilation Efficiency
Minimal Breathing Resistance
Adjustable PEEP Valve
Low Dead Space Design
Robust Temperature Tolerance
High-Performance Compression Recoil
Reusable & Sterilizable
Superior Hygiene & Durability
Standard Accessories
Oxygen tubing × 1
Reservoir bag × 1
Silicone Mask × 1
Applications
Our Silicone Resuscitator MD-SR-1003 is expertly designed for advanced respiratory support in critical care units, emergency medical services, neonatal and pediatric resuscitation, ensuring precise, controlled ventilation in life-threatening situations.
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.