Silicone Resuscitator MD-SR-1000 operates within a temperature range of -18°C to +50°C for efficient and safe storage. It is equipped with a pressure-limiting valve set at 60 cm H₂O, preventing excessive airway pressure. Its low dead space minimizes rebreathing of exhaled gases, enhancing patient safety and effectiveness. Our product provides healthcare professionals with a dependable and advanced solution for life-saving respiratory support.
$ 700 : Pack of 20
Specifications
| Operation temperature | -18°C to +50°C |
| Pressure Limiting valve | 60 cm H2 O |
| Mask size | 4 |
| Storage temperature | -40°C to +60°C |
| Patient type | Adult |
| Resuscitator volume | 1630 ml |
| Reservoir bag volume | 2000 ml |
| 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 | More than or equal to 33kg |
Features
Medical-Grade Silicone construction
Optimized Pressure Regulation
Adjustable PEEP Valve
Standardized Connectors
Advance Compression Recoil System
Ultra-Low Resistance Ventilation
Minimal Dead Space
Autoclavable, Multi-Use Design
Standard Accessories
Oxygen tubing × 1
Reservoir bag × 1
Applications
Our Silicone Resuscitator MD-SR-1000 ensures precision ventilation for critical care, emergency response, anesthesia, and transport, featuring an autoclavable, high-performance design for optimal safety and efficiency.
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.
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