Oxygen Mask
Type
Material
Tube Length
Color
Size
Packaging
What is an Oxygen Mask?
An Oxygen Mask is a medical device that is used to deliver oxygen to a patient requiring supplemental oxygen therapy. It is commonly used in hospitals, clinics, and other healthcare settings. The mask allows a patient to inhale a higher concentration of oxygen than what is present in the ambient air.
The mask is designed to cover the mouth and nose of the patient, and it is intended to be connected through tubing to an oxygen source, such as an oxygen tank or concentrator.
Oxygen therapy masks are available in different styles and designs, including simple oxygen masks, partial rebreather masks, non-rebreather masks, and venturi masks. Adult oxygen masks and pediatric oxygen masks are available, in sizes from extra small (neonates) to extra large (adult). The mask is made from medical-grade polyvinyl chloride (PVC).
AdvaCare Pharma is a reputable global supplier of Oxygen Masks, and we are committed to providing top-quality products to distributors and medical professionals worldwide. We prioritize the production of reliable and cost-effective medical disposables that meet the highest standards of quality and safety.
Product Specifications
Type
Simple Oxygen Mask
Simple oxygen mask is designed to cover the nose and mouth and deliver oxygen directly to the patient's airway. It is manufactured from lightweight materials like PVC (polyvinyl chloride). The mask is equipped with a nose clip and elastic strap that allows for a secure and adjustable fit to ensure proper oxygen delivery.
For the simple oxygen mask, the recommended flow rate ranges from 5-10L/min. The FiO2 (Fraction of Inspired Oxygen) delivered by the mask is typically set between 40% and 60% to ensure effective oxygenation.
Partial Rebreather Mask
Partial Rebreather Mask has a reservoir bag without a one-way valve so that exhaled air mixes with pure oxygen in the reservoir.
The partial rebreather mask provides higher oxygen concentrations compared to a simple mask. The oxygen concentration is high but not precise, with approximate values ranging from 70% at 7L/min, 80% at 8L/min, and 90-95% at 9-15L/min. This mask is commonly used in situations where a higher concentration of oxygen is required.
Non-Rebreather Mask
Non-Rebreather Mask has a reservoir bag that is equipped with a one-way valve, which prevents the mixture of air with pure oxygen. This valve ensures that exhaled air does not enter the reservoir, allowing for the supply of almost 100% oxygen to the patient.
The non-rebreather mask is used in medical settings where a precise and high concentration of oxygen is necessary, such as during resuscitation attempts or in critical care situations.
Venturi Mask
Venturi Mask is a specialized oxygen delivery device that provides precise oxygen concentrations to the patient.
This mask is equipped with a venturi valve that allows for precise control of oxygen concentrations. It uses 100% oxygen at various flow rates and different sizes of entrainment ports for room air to produce precise oxygen concentrations. Color-coded valves have been included for the following configurations: 24% [blue valve: 4L/min] 28% [yellow: 4L/min] 31% [white: 6L/min] 35% [green: 8L/min] 40% [pink: 8L/min] 50% [orange: 10L/min] 60% [red: 15L/min]
Why are we a trusted Oxygen Mask manufacturer?
AdvaCare Pharma is a US-owned company specializing in the manufacture of Oxygen Masks and other medical supplies for respiratory use. Our comprehensive range of StaySafe™ medical disposables has been manufactured at facilities, which hold CE and ISO certifications.
With industry experience spanning two decades, we have built a solid reputation as a trusted supplier of pharmaceutical and medical device products across 65 countries. Our well-established worldwide network includes distributors, hospitals, pharmacies, and many other institutions.
Uses
What is an Oxygen Mask used for?
An Oxygen Mask is a medical device used to deliver oxygen to a patient requiring supplemental oxygen therapy. This device is commonly used in hospitals, clinics, and other healthcare settings to give a higher concentration of oxygen than what is present in the ambient air.
The mask is designed to cover the mouth and nose of the patient and is connected through tubing to an oxygen source, such as an oxygen tank or concentrator. Oxygen therapy masks come in different styles, including simple oxygen masks, partial rebreather masks, non-rebreather masks, and venturi masks, catering to various oxygenation needs. Sizes range from neonate (XS) to adult (XL), providing an ideal fit for patients.
How is an Oxygen Mask used?
To use an Oxygen Mask, the mask is securely fitted over the patient's nose and mouth, offering a snug but comfortable fit. It is then connected to an oxygen source, such as an oxygen tank or concentrator, via tubing. The flow rate of oxygen is adjusted based on the patient's oxygen therapy requirements.
The mask allows the patient to inhale a higher concentration of oxygen than what is available in the surrounding air, aiding in oxygenation. Different types of oxygen masks, such as simple masks, partial rebreather masks, non-rebreather masks, and venturi masks, offer varying oxygen concentrations to suit specific medical needs.
Are there any special storage instructions for an Oxygen Mask?
Safe storage of Oxygen Masks retains their integrity and their efficacy when needed:
- Oxygen masks should be stored in a clean and dry environment to prevent contamination and maintain their hygiene. Store them away from direct sunlight, as prolonged exposure can cause material degradation and reduce the mask's lifespan.
- Avoid storing oxygen masks near heat sources such as radiators, heaters, or direct contact with hot surfaces. High temperatures can damage the mask's materials, including the elastic straps and connectors.
- Moisture can lead to the growth of microorganisms and compromise the mask's cleanliness. Therefore, store oxygen masks in a dry area, away from humid conditions. Use a designated storage area or container that provides protection against dust, dirt, and potential damage. This protective storage not only keeps the masks clean but also guarantees that they remain in perfect condition.
- Organize the storage of oxygen masks efficiently to so that they are easily accessible when needed. A well-organized storage system can streamline the process of retrieving masks during emergency situations or regular medical procedures. This includes labeling, categorizing by type and size, and regularly checking the inventory to confirm an adequate supply is available.
How should used Oxygen Masks be properly disposed of?
The proper disposal of used Oxygen Masks is needed to prevent contamination and guarantee the safety of healthcare workers and the environment:
- Consult Guidelines: Healthcare staff should consult guidelines provided by the local waste department or adhere to institutional protocols for the disposal of medical waste. These guidelines may vary by region, so it is important to follow the specific regulations in your area.
- Medical Waste Container: Used Oxygen Masks should be placed in designated medical waste containers. These containers are specifically designed to safely contain biohazardous and medical waste, preventing potential exposure to pathogens or contaminants.
- Secure Sealing: Confirm that the used masks are securely sealed within the medical waste container to prevent any leakage or exposure to the contents. Many medical waste containers come with tight-sealing lids or bags to elevate safety.
- Labeling: Clearly label the medical waste container as "Biohazardous Waste" or "Medical Waste" to indicate its contents and potential hazards. This labeling helps waste management personnel identify and handle the waste appropriately.
- Compliance: All staff should comply with local regulations and guidelines regarding the disposal of medical waste. This may include periodic pickup and disposal by authorized medical waste disposal services.
Through following these disposal procedures, healthcare staff can contribute to the safe and responsible handling of used Oxygen Masks and other medical waste, minimizing the risk of infection and environmental contamination.
FAQs
What are the uses of each type of Oxygen Mask?
The simple oxygen mask is a basic mask that is suitable for low to moderate oxygen flow rates. The partial rebreather mask is equipped with a reservoir bag, which allows the patient to partially inhale their exhaled breath with oxygen from the supply. The non-rebreather mask has a one-way valve that prevents the inhalation of exhaled air and is able to deliver higher oxygen concentrations. The venturi mask is designed for precise oxygen delivery, using color-coded adapters or valves to achieve specific oxygen concentrations. It is commonly used in situations where accurate oxygen titration is necessary.
What are the differences in the colors of Oxygen Masks?
The color coding can be used to assist in quickly identifying and selecting the appropriate mask for the patients needs.
Can Oxygen Masks be used on pediatric patients?
Pediatric oxygen masks are available in smaller sizes and have been designed to fit the unique facial anatomy of children. It is vital to choose the correct size and fit to ensure effective oxygen delivery.
Are your Oxygen Masks CE marked?
Certainly, our oxygen masks meet CE certification standards, ensuring compliance with European Union regulations. Furthermore, our manufacturing protocols strictly adhere to ISO standards to maintain high-quality standards across all products.
Are distributor training and support services available for your Oxygen Masks?
We provide robust support programs for our distributors, ensuring they possess comprehensive knowledge of our products and marketing strategies to deliver exceptional customer service.
What are the difficulties associated with importing Class II medical devices for distribution?
Importing Class II medical devices may require navigating more stringent regulatory requirements, yet with proper documentation and compliance, it is feasible. Our Regulatory Affairs Department supports distributors in efficiently registering Class II devices in their target markets.
References
Improving CPAP Therapy with Superimposed Pressure Oscillation
This article explores the enhancement of CPAP therapy by adding superimposed pressure oscillation. It discusses the impact on oxygen desaturation index (ODI) and the maintenance of blood oxygen levels, presenting a novel approach to respiratory support that could intersect with oxygen mask use in specific clinical scenarios.
The Smart Hospital: Data and AI Challenges
This paper discusses the integration of data and AI in hospitals to improve healthcare delivery, including the optimization of oxygen therapy. It touches on the proper positioning of oxygen masks as part of enhancing patient care through technological advancements.
Non-Invasive Mechanical Ventilation in Prehospital Medicine
This chapter from a book on non-invasive ventilation in critical care explores the use of face masks for delivering non-invasive mechanical ventilation in prehospital settings. It discusses the implications for patient outcomes and healthcare costs, highlighting the critical role of oxygen delivery methods in acute respiratory failure.
Beneficial Effects of novel Aureobasidium Pullulans strains produced Beta-1, 3-1, 6 Glucans on Interleukin-6 and D-Dimer levels in COVID-19 patients; results of a randomized, double-blind placebo-controlled trial
This study mentions the administration of oxygen through masks to COVID-19 patients as part of the supportive care. It focuses on the effects of beta-glucans on critical inflammatory and coagulation markers in infected patients, underlining the importance of oxygen therapy in managing severe respiratory infections.
Why AdvaCare Pharma?
As an industry leader, we are aware of our responsibility to provide affordable and sustainable solutions to improve healthcare worldwide.