PVC Resuscitator MD-PVC-1002 features a self-inflating 340 ml resuscitator bag for complemented by a 1600 ml reservoir bag. It offers an integrated pressure-limiting valve (40 cm H₂O) thus safeguarding against excessive ventilation pressure. The device is designed for high-frequency compression and rapid recoil, maintaining consistent performance in critical conditions. Our product represents a fusion of innovation, precision, and safety in infant resuscitation.
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 range | 40 cm H2O |
| PEEP valve range | 5 to 20 cm H2O |
| Inspiratory resistance | Less than 5 cm H2O |
| Expiratory resistance | Less than 5 cm H2O |
| 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 | 50 sets |
| Patient Body Weight | Less than or equal to 10 kg |
Features
Medical-Grade PVC Material
Precision Ventilation Control
Adjustable PEEP Valve
Minimal Airflow Resistance
Low Dead Space Design
High-Frequency Compression Recoil
Integrated Oxygen Reservoir
Universal Connectivity optimized
Standard Accessories
Oxygen tubing × 1
Reservoir bag × 1
Pediatric PVC Mask × 1
Applications
Our PVC Resuscitator MD-PVC-1002 is essential in emergency response, neonatal intensive care units (NICU), operating rooms, and pre-hospital settings, ensuring controlled and effective manual ventilation while reducing airway resistance and preventing barotrauma.
Medical Deals PVC Resuscitator are high-performance ventilation device engineered for effective respiratory support in critical care settings. They are constructed from high-quality, medical-grade PVC and disposable in nature. They are engineered with an efficient, low-resistance one-way valve system thus reducing the risk of rebreathing. Our product are indispensable solution for emergency airway management, ensuring effective respiratory support in critical situations.