PVC Disposable Medical Multi-Vent Oxygen Mask Adjustable Venturi Mask
The product consists of a mask, oxygen tube, adjustable components, etc., for patients with breathing difficulties and hypoxia. It is a disposable product. It is packaged in a separate PE bag and can be disinfected with ethylene oxide. It is made of medical-grade PVC material and has a transparent appearance. Soft and comfortable, the face mask has adjustable nose and elastic bands. The oxygen concentration can be controlled by adjusting the 2-color module through the adjustment cover.
PVC Construction: The mask is made of medical-grade PVC (polyvinyl chloride), which is a durable and flexible material commonly used in medical devices. PVC is safe for patient use and provides a reliable oxygen delivery system.
Multi-Vent Design: The multi-vent configuration refers to the presence of multiple vents or holes on the mask. These vents allow for the adjustment of oxygen concentration levels by controlling the amount of room air entrained along with the supplied oxygen.
Adjustable Venturi Mask: The Venturi mask is designed with a variable orifice valve that can be adjusted to deliver specific oxygen concentrations. By adjusting the valve, healthcare professionals can control the amount of room air entrainment and fine-tune the delivered oxygen concentration according to the patient's needs.
Portable and Convenient: The multi-vent portable oxygen mask is designed for easy transport and use in various healthcare settings. It is lightweight, compact, and easy to assemble, making it convenient for both healthcare professionals and patients.
Oxygen Tubing: The mask is connected to an oxygen source, such as an oxygen concentrator or cylinder, using oxygen tubing. The tubing carries the oxygen from the source to the mask and allows for the delivery of the desired oxygen flow rate.
The PVC disposable medical multi-vent portable oxygen mask with an adjustable Venturi mask is commonly used when precise oxygen concentration control is required, such as in patients with specific respiratory conditions or those needing precise oxygen titration.
It's important to follow the instructions provided by healthcare professionals for the proper assembly, usage, and monitoring of the PVC disposable multi-vent portable oxygen mask with an adjustable Venturi mask. They will determine the appropriate oxygen flow rate and desired oxygen concentration levels, monitor the patient's response, and make adjustments as necessary to ensure safe and effective oxygen therapy.
Name | Medical Oxygen Mask |
Material | Medical Grade PVC |
Type | Breathing Surgical Supplies |
Tubing | 2.1m |
Color | Green or Customized |
Application | Hospital/Medical/Clinic/Physical Examination |
OEM/ODM | Available |
What does a Venturi mask do for a patient?
The Venturi mask, as all the aforementioned low-flow systems, provides oxygen at flow rates that are lower than patients' inspiratory demands; thus, when the patient's inspiratory flow exceeds the gas flow rate from the mask, room air is entrained
Which oxygen mask delivers the most oxygen?
Non-rebreather masks allow you to receive a higher concentration of oxygen than with standard masks.
Non-Rebreather Mask: The non-rebreather mask is a high-flow oxygen delivery device that provides the highest oxygen concentration among the commonly used masks. It is designed to deliver a high flow rate of oxygen to the patient's lungs.
One-Way Valves: The non-rebreather mask has one-way valves on the mask and exhalation ports. These valves prevent the patient from inhaling room air and rebreathing exhaled gases, ensuring a high concentration of oxygen is delivered.
Reservoir Bag: The mask is equipped with a reservoir bag that stores oxygen during the patient's inhalation phase. This bag remains inflated, delivering a continuous supply of oxygen to the patient during both inhalation and exhalation.
Oxygen Flow Rates: The non-rebreather mask is typically used with high flow rates of oxygen, ranging from 10 to 15 liters per minute (LPM) or higher. The high flow rates ensure a sufficient supply of oxygen to meet the patient's respiratory needs.