Oxygen Mask (Adult_Infant_Paed) Amaris Medical

Oxygen Mask (Adult/Infant/Paediatric)

$1.00

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An Oxygen Mask is a disposable, single-use interface used to deliver supplemental oxygen from a medical gas supply to a patient’s airways. Available in types for specific clinical needs—Simple Mask for low-flow therapy, Venturi Mask for precise FiO2 control (especially in COPD), and Non-Rebreather Mask for emergency high-flow delivery—and in sizes for adults, children, and infants. Correct selection and application, including ensuring the proper oxygen flow rate for the mask type, are essential for effective therapy and patient safety. Adherence to strict fire safety protocols is non-negotiable due to the combustion risk posed by enriched oxygen environments.

Categories: ANESTHESIA AND RESPIRATORY EQUIPMENT, CONSUMABLES AND DISPOSABLES, Masks and Respirators, Oxygen Concentrators and Delivery Systems Tags: EmergencyOxygen, MedicalDisposable, NonRebreatherMask, OxygenMask, OxygenTherapy, RespiratorySupport, VenturiMask

Description

Oxygen Mask (Adult/Infant/Paediatric)

PRIMARY CLINICAL & DIAGNOSTIC USES

1. Oxygen Therapy Administration

Primary Use: Delivers a controlled concentration of supplemental oxygen from a medical gas source to a patient’s airways to treat or prevent hypoxemia (low blood oxygen levels).
How it helps: For the respiratory therapist, nurse, or emergency provider, the oxygen mask is the most direct interface between the oxygen source and the patient in need. For the patient struggling to breathe with low oxygen saturation, the mask delivers life-sustaining oxygen directly to their airways, raising blood oxygen levels, reducing the work of breathing, and protecting vital organs from the damaging effects of hypoxia.

2. Delivery of Specific Oxygen Concentrations

Primary Use: Different mask types are designed to deliver predictable fractions of inspired oxygen (FiO₂), ranging from low-flow, variable-concentration masks to high-flow, fixed-concentration masks.
How it helps: For the clinician prescribing oxygen therapy, selecting the right mask means matching oxygen delivery to the patient’s specific needs—from simple masks for general supplementation to Venturi masks for precise FiO₂ control. For the patient, this tailored approach ensures they receive exactly the oxygen concentration their condition requires—enough to correct hypoxemia, but not so much as to risk oxygen toxicity or suppress their drive to breathe.

3. Respiratory Support Across Age Groups

Primary Use: Available in anatomically sized configurations for adults, pediatric patients, and infants/neonates to ensure a proper seal and fit, critical for effective oxygen delivery and patient comfort.
How it helps: For the healthcare team caring for patients of all ages, having correctly sized masks means oxygen therapy works as intended—a proper seal delivers the prescribed concentration, while a poor fit wastes oxygen and compromises treatment. For the premature infant in the NICU, the child in the pediatric emergency room, or the adult in the ICU, a mask that fits their face comfortably means effective treatment without the agitation and crying that can drive oxygen levels down.

4. Emergency and Routine Care

Primary Use: Used in emergency settings for acute hypoxia, as well as in wards, clinics, and home care for chronic respiratory conditions.
How it helps: For the paramedic in the ambulance and the nurse on the hospital ward, oxygen masks are ubiquitous, familiar tools ready to deploy whenever a patient’s oxygen drops. For the patient in respiratory distress—whether from a sudden pneumonia, a COPD exacerbation, or chronic home oxygen needs—the mask represents immediate support, delivering the oxygen their body craves until the underlying condition can be treated.

SECONDARY & SUPPORTIVE USES

1. Aerosolized Medication Delivery: For the respiratory therapist, certain mask types can be connected to a nebulizer to deliver bronchodilators concurrently with oxygen. For the patient with both hypoxemia and bronchospasm, this dual delivery means they receive life-sustaining oxygen and airway-opening medication in a single, efficient treatment.

2. Post-Anesthetic Recovery: For the PACU nurse monitoring patients emerging from anesthesia, an oxygen mask ensures adequate oxygenation during the vulnerable period when sedative drugs still depress respiratory drive. For the post-surgical patient waking groggy and disoriented, the mask provides gentle oxygen support, preventing desaturation while they gradually regain full consciousness and control of their breathing.

3. Procedural Sedation: For the physician and nurse performing procedures requiring sedation, an oxygen mask stands ready to support the patient if respiratory depression occurs. For the patient undergoing a scary procedure—whether a fracture reduction, endoscopy, or minor surgery—the nearby mask provides a safety net, ensuring oxygen is immediately available if their breathing slows.

4. Palliative Care: For the hospice team and palliative care specialist, an oxygen mask provides comfort and relief from air hunger in patients with end-stage respiratory or cardiac disease. For the dying patient, the sensation of breathlessness is among the most distressing symptoms they face; a gentle flow of oxygen through a well-fitted mask can ease this suffering, providing comfort and dignity in their final days.

KEY PRODUCT FEATURES

1. BASIC IDENTIFICATION ATTRIBUTES

Device Type: A disposable, single-patient-use medical device that covers the patient's nose and mouth to conduct oxygen-enriched air from a supply tube.
Designation by Type & Age: Categorized by both design and intended patient size.
Core Mask Types & FiO2 Range:
- Simple Face Mask: Covers nose and mouth. Has open side ports for entrainment of room air. Delivers variable FiO2 (35-55%) at flows of 5-10 L/min. For low-to-moderate oxygen requirements.
- Venturi Mask: Uses color-coded, interchangeable adapters (Venturi valves) that entrain a precise amount of room air. Delivers a fixed, specific FiO2 (24%, 28%, 31%, 35%, 40%, 60%) regardless of patient's breathing pattern. Critical for COPD patients requiring controlled low-flow oxygen.
- Non-Rebreather Mask (NRM): Has an attached reservoir bag and one-way valves. Designed to minimize entrainment of room air, delivering the highest possible FiO2 (60-95%+) at flows of 10-15 L/min (keeping the bag inflated). For severe hypoxia and emergency use.
- Tracheostomy Mask: A small mask that fits over a tracheostomy stoma or tube.
- Nebulizer Mask: Used specifically to deliver aerosolized medications.

2. TECHNICAL & PERFORMANCE PROPERTIES

Material: Made of soft, hypoallergenic, latex-free plastic (often PVC or PE) that conforms to the face. The headband is elastic.
Oxygen Connector: Standard 22mm/15mm fitting to connect to oxygen tubing.
Reservoir Bag Capacity (for NRM): Typically 600ml-1000ml, which must be filled before placing on the patient.
Venturi Valve Color Code: Standard international colors (e.g., blue = 24%, white = 28%, etc.) for immediate identification of set FiO2.

3. PHYSICAL & OPERATIONAL PROPERTIES

Packaging: Individually packaged, sterile or non-sterile, in clear peel pouches.
Sizing: Critical for efficacy. Adult, Pediatric, and Infant sizes are determined by anatomical measurements to ensure a seal without excessive pressure on facial structures, especially in neonates.
Disposability: Designed for single-patient use to prevent cross-infection.

4. SAFETY & COMPLIANCE ATTRIBUTES

Regulatory Status: Classified as a Class I medical device.
Biocompatibility: Materials must be non-toxic and safe for prolonged facial contact.
Flammability: Oxygen supports combustion. Masks are not flame-retardant, highlighting the critical danger of smoking or open flames near oxygen therapy.

5. STORAGE & HANDLING ATTRIBUTES

Storage: Store in a cool, dry place in original packaging. Protect from crushing.
Handling: Use aseptic technique if intended for a sterile field (e.g., in OR). For routine use, clean hands are sufficient.
Disposal: Dispose of as general or clinical waste after single use.

6. LABORATORY & CLINICAL APPLICATIONS

Primary Application: The most common and fundamental patient interface for oxygen delivery systems across all healthcare settings.
Clinical Role: The choice of mask type is a direct clinical decision based on the patient's oxygen requirement, diagnosis (e.g., COPD vs. ARDS), and breathing pattern.

SAFETY HANDLING PRECAUTIONS

1. SAFETY PRECAUTIONS

Correct Flow Rate: Must match the mask type. Insufficient flow with a Non-Rebreather Mask leads to deflation of the bag and rebreathing of CO2. Excessive flow with a Simple Mask is wasteful but not dangerous.
Venturi Mask Precision: Ensure the correct color-coded valve is used for the prescribed FiO2 and that the oxygen flowmeter is set to the exact L/min flow rate specified on the valve. Incorrect flow invalidates the fixed FiO2.
Skin Integrity: Check skin under the mask and elastic strap regularly, especially in neonates, elderly, or sedated patients, to prevent pressure injuries.
Claustrophobia & Anxiety: Some patients, especially children, may resist wearing a mask. Alternative interfaces (nasal cannula) may be needed.
Oxygen Fire Risk (CRITICAL): Never allow smoking or use of open flames (e.g., candles, lighters) in the vicinity of a patient using oxygen. Post "Oxygen in Use" signs.

2. FIRST AID MEASURES

Mask-Related Pressure Injury: If skin breakdown occurs, remove the mask, treat the area with skin care, and switch to an alternate oxygen delivery method (e.g., cannula) or a different mask size/style.
Patient Distress/Panic: If the patient becomes severely anxious or claustrophobic, remove the mask, reassure the patient, and consult for an alternative (e.g., nasal cannula, high-flow nasal oxygen).
Oxygen-Enhanced Fire: In case of fire, if safe, turn off the oxygen source at the wall or cylinder. Evacuate and extinguish using standard fire protocols.

3. FIRE FIGHTING MEASURES

Flammability: Plastic components are combustible. Oxygen dramatically increases the intensity and speed of combustion.
Extinguishing Media: In a fire, the priority is to stop the oxygen flow. Use water, CO2, or foam as appropriate for the primary fuel source.

Oxygen Mask (Adult/Infant/Paediatric)

Oxygen Mask (Adult/Infant/Paediatric)

PRIMARY CLINICAL & DIAGNOSTIC USES

1. Oxygen Therapy Administration

Primary Use: Delivers a controlled concentration of supplemental oxygen from a medical gas source to a patient’s airways to treat or prevent hypoxemia (low blood oxygen levels).

2. Delivery of Specific Oxygen Concentrations

Primary Use: Different mask types are designed to deliver predictable fractions of inspired oxygen (FiO₂), ranging from low-flow, variable-concentration masks to high-flow, fixed-concentration masks.

3. Respiratory Support Across Age Groups

Primary Use: Available in anatomically sized configurations for adults, pediatric patients, and infants/neonates to ensure a proper seal and fit, critical for effective oxygen delivery and patient comfort.

4. Emergency and Routine Care

Primary Use: Used in emergency settings for acute hypoxia, as well as in wards, clinics, and home care for chronic respiratory conditions.

SECONDARY & SUPPORTIVE USES

1. BASIC IDENTIFICATION ATTRIBUTES

Device Type: A disposable, single-patient-use medical device that covers the patient's nose and mouth to conduct oxygen-enriched air from a supply tube.

Designation by Type & Age: Categorized by both design and intended patient size.

Core Mask Types & FiO2 Range:

Simple Face Mask: Covers nose and mouth. Has open side ports for entrainment of room air. Delivers variable FiO2 (35-55%) at flows of 5-10 L/min. For low-to-moderate oxygen requirements.

Venturi Mask: Uses color-coded, interchangeable adapters (Venturi valves) that entrain a precise amount of room air. Delivers a fixed, specific FiO2 (24%, 28%, 31%, 35%, 40%, 60%) regardless of patient's breathing pattern. Critical for COPD patients requiring controlled low-flow oxygen.

Non-Rebreather Mask (NRM): Has an attached reservoir bag and one-way valves. Designed to minimize entrainment of room air, delivering the highest possible FiO2 (60-95%+) at flows of 10-15 L/min (keeping the bag inflated). For severe hypoxia and emergency use.

Tracheostomy Mask: A small mask that fits over a tracheostomy stoma or tube.

Nebulizer Mask: Used specifically to deliver aerosolized medications.

2. TECHNICAL & PERFORMANCE PROPERTIES

Material: Made of soft, hypoallergenic, latex-free plastic (often PVC or PE) that conforms to the face. The headband is elastic.

Oxygen Connector: Standard 22mm/15mm fitting to connect to oxygen tubing.

Reservoir Bag Capacity (for NRM): Typically 600ml-1000ml, which must be filled before placing on the patient.

Venturi Valve Color Code: Standard international colors (e.g., blue = 24%, white = 28%, etc.) for immediate identification of set FiO2.

3. PHYSICAL & OPERATIONAL PROPERTIES

Packaging: Individually packaged, sterile or non-sterile, in clear peel pouches.

Sizing: Critical for efficacy. Adult, Pediatric, and Infant sizes are determined by anatomical measurements to ensure a seal without excessive pressure on facial structures, especially in neonates.

Disposability: Designed for single-patient use to prevent cross-infection.

4. SAFETY & COMPLIANCE ATTRIBUTES

Regulatory Status: Classified as a Class I medical device.

Biocompatibility: Materials must be non-toxic and safe for prolonged facial contact.

Flammability: Oxygen supports combustion. Masks are not flame-retardant, highlighting the critical danger of smoking or open flames near oxygen therapy.

5. STORAGE & HANDLING ATTRIBUTES

Storage: Store in a cool, dry place in original packaging. Protect from crushing.

Handling: Use aseptic technique if intended for a sterile field (e.g., in OR). For routine use, clean hands are sufficient.

Disposal: Dispose of as general or clinical waste after single use.

6. LABORATORY & CLINICAL APPLICATIONS

Primary Application: The most common and fundamental patient interface for oxygen delivery systems across all healthcare settings.

Clinical Role: The choice of mask type is a direct clinical decision based on the patient's oxygen requirement, diagnosis (e.g., COPD vs. ARDS), and breathing pattern.

1. SAFETY PRECAUTIONS

Correct Flow Rate: Must match the mask type. Insufficient flow with a Non-Rebreather Mask leads to deflation of the bag and rebreathing of CO2. Excessive flow with a Simple Mask is wasteful but not dangerous.

Venturi Mask Precision: Ensure the correct color-coded valve is used for the prescribed FiO2 and that the oxygen flowmeter is set to the exact L/min flow rate specified on the valve. Incorrect flow invalidates the fixed FiO2.

Skin Integrity: Check skin under the mask and elastic strap regularly, especially in neonates, elderly, or sedated patients, to prevent pressure injuries.

Claustrophobia & Anxiety: Some patients, especially children, may resist wearing a mask. Alternative interfaces (nasal cannula) may be needed.

Oxygen Fire Risk (CRITICAL): Never allow smoking or use of open flames (e.g., candles, lighters) in the vicinity of a patient using oxygen. Post "Oxygen in Use" signs.

2. FIRST AID MEASURES

Mask-Related Pressure Injury: If skin breakdown occurs, remove the mask, treat the area with skin care, and switch to an alternate oxygen delivery method (e.g., cannula) or a different mask size/style.

Patient Distress/Panic: If the patient becomes severely anxious or claustrophobic, remove the mask, reassure the patient, and consult for an alternative (e.g., nasal cannula, high-flow nasal oxygen).

Oxygen-Enhanced Fire: In case of fire, if safe, turn off the oxygen source at the wall or cylinder. Evacuate and extinguish using standard fire protocols.

3. FIRE FIGHTING MEASURES

Flammability: Plastic components are combustible. Oxygen dramatically increases the intensity and speed of combustion.

Extinguishing Media: In a fire, the priority is to stop the oxygen flow. Use water, CO2, or foam as appropriate for the primary fuel source.

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