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Household Oxygen Concentrator

Household Oxygen Concentrator

This product adopts AC 220V (110V) voltage as power source, air as raw material, as well as pure copper oil-free compressor and imported high-quality molecular sieve with original packaging, so as to produce high-purity oxygen gas for supplementary oxygen for domestic use by a new Pressure Swing Adsorption (PSA) method under normal temperature. This product is designed as per the standard higher than that for house-hold appliances and equipped with large and clear LED, intelligent chip automatic control circuit and automatic fault alarm function. It is easy to operate and provided with timing and overheat protection circuit. When the working temperature of the compressor is too high, it will stop working automatically to better protect the safety of the compressor and the whole machine. Moreover, this product is light and handy and easy to move, and it is suitable for not only household use but also vehicle-mounted use through the automotive power supply. It is suitable for the majority of supplementary oxygen and oxygen users.

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Product Introduction

 

Why we use Household Oxygen Concentrator
 
Household Oxygen Concentrator1

why use it?

 

1. Medical Necessity: For those with respiratory issues, a household oxygen concentrator is not just a convenience but a medical necessity, improving the quality of life by providing constant oxygen support.


2. Portability: Many modern concentrators are compact and portable, allowing users to move around their homes or even travel with their devices.


3. Cost-Effectiveness: Compared to oxygen tanks, concentrators are more cost-effective in the long run, as they do not require frequent replacements.

Advantages
Household Oxygen Concentrator's Advantages
Continuous Supply
Oxygen concentrators provide an unlimited supply of oxygen by extracting it from the air, eliminating the need for regular refills or replacements
Portability
Many models are compact and lightweight, making them easy to move around the home or even for travel purposes
Cost-Effectiveness
While the initial cost is higher than oxygen tanks, the long-term cost of ownership is lower due to no refilling costs
Electricity-Dependent:
They require a power source to operate, which can be an issue during power outages unless a backup power supply is available
Household Oxygen Concentrator's Usage Scenarios
  1. Chronic Respiratory Conditions: Patients with chronic obstructive pulmonary disease (COPD), asthma, or other long-term lung diseases often require supplemental oxygen. The concentrator offers a reliable source for daily use.
  2. Recovery and Palliative Care: Post-surgery patients or those in palliative care may need additional oxygen support for recovery or comfort.
  3. High-Altitude Living: Residents of high-altitude areas where the air is naturally thinner can use concentrators to maintain optimal oxygen levels.
  4. Emergency Oxygen Supply: During emergencies or natural disasters when external oxygen supplies may be disrupted, a home concentrator can be a lifeline.

 

Applicable Population
  1. Elderly Individuals: As the respiratory system's efficiency decreases with age, many seniors benefit from supplemental oxygen.
  2. Patients with Respiratory Diseases: Those diagnosed with conditions like COPD, interstitial lung disease, or sleep apnea often rely on oxygen concentrators.
  3. Individuals with Cardiovascular Issues: Some heart patients may require oxygen therapy to support their heart function and overall health.

 

Technical Specifications to Consider

Oxygen Concentration: Ensure the device provides a medical-grade oxygen concentration of 90% or higher.

Flow Rate: Check the device's ability to deliver the required flow rate as prescribed by a healthcare professional, typically ranging from 1 to 5 liters per minute.

Portability: Consider the device's weight and size, especially if the user needs to move it between rooms or travel with it.

Noise Level: Look for a concentrator with low operational noise (ideally below 50 dB) to ensure it doesn't disturb the user or others in the household.

Power Requirements: Confirm the device's power needs and ensure it can operate continuously without causing excessive electricity consumption.

Test steps
To use a household oxygen concentrator:
Household Oxygen Meter1

1

Setup:

 

Place the device in a well-ventilated area and ensure it is securely positioned.

2

Connect the Cannula or Mask:

 

Attach the delivery system (nasal cannula or mask) to the concentrator's output.

3

Adjust the Flow Rate:

 

Set the flow rate according to your prescription or as directed by your healthcare provider.

4

Monitor Oxygen Levels:

 

Some concentrators come with built-in oxygen sensors to ensure the purity of the oxygen being delivered.
 

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