Respiratory Mask MD-RM-1002 ensures a consistent oxygen supply with a flow rate range of 5 to 10 L/min. It features a 2.1-meter (7-foot) long tubing made of crush-resistant, medical-grade PVC, ensuring durability and comfort for patients. The mask includes an adjustable aluminum nose clip and a latex-free elastic head strap for a secure, stable fit. Our product is meticulously designed for high-efficiency airflow, anatomical precision, and advanced comfort in emergency care settings.
Specifications
Oxygen Flow Rate | 5 to 10 L/min |
Tubing Length | Standard 2.1m (7 feet) |
Material | Medical-grade, latex-free PVC, Transparent (biocompatible) |
Mask Type | Simple oxygen mask with tubing |
Nose Clip | Adjustable aluminum strip for secure fitting |
Head Strap | Elastic, latex-free, and adjustable |
Tubing Material | Medical-grade PVC, crush-resistant |
Connector Type | Universal standard connector |
Usage | Single-use, disposable |
Sizes | Adult Asia standard (L) |
No. of pieces | 100 |
Package Dimensions | 49 × 28 × 25 cm |
Net Weight | 4 kg |
Gross weight | 5 kg |
Features
Transparent Design
Adjustable Nose Clip
Latex-free, elastic head strap
Crush-Resistant Tubing
Optimized Oxygen Flow
Universal Standard Connector
Single-Use Hygienic Design
Applications
Respiratory Mask MD-RM-1002 is engineered for critical care applications across emergency medicine, intensive care units, post-anesthesia recovery, and pre-hospital emergency response, where uncompromised oxygen delivery and seamless system integration are paramount.
Medical Deals Respiratory Masks are medical-grade devices designed for efficient and comfortable oxygen therapy. These masks feature an anatomically contoured design with an adjustable elastic strap and a flexible nose clip, providing a secure and customized fit. They are equipped with kink-resistant oxygen tubing for uninterrupted oxygen flow, reducing the risk of occlusion. Our products are essential solutions for hospitals, clinics, and emergency care settings, ensuring reliable oxygen delivery with superior patient adaptability.