Soundproof Box for Oxygen Concentrator: 6 Silent Solutions

by Mohammad Sameer

How To Soundproof Box For Oxygen Concentrator

Are you struggling with a loud oxygen concentrator that is making it hard to relax or sleep? The noise from the concentrator can disrupt your breathing rate and airflow, affecting your ability to rest.

Consider using quieter concentrators with improved adsorber beds for a more peaceful and restful experience.

I totally understand – those noises can be super frustrating! There are a variety of affordable soundproofing materials available to make your oxygen concentrator more pleasant to be around.

These materials can help reduce the noise from the ambient air and exhaust vent.

In this article, I will be walking you through the process of creating a soundproof box for oxygen concentrator.

By using soundproofing materials, you can ensure that the ambient air remains quiet and free from any annoying distractions.

This way, you can fully enjoy the benefits of this vital medical equipment without any disturbances. Additionally, make sure to include an exhaust vent in the soundproof box to maintain proper airflow.

I believe that medical devices, such as oxygen concentrators, should prioritize both functionality and patient experience.

By soundproofing your concentrator device and ensuring proper exhaust vent placement, you can make sure that you are getting the best of both worlds.

This will help minimize noise levels and prevent disturbance from ambient air.

When the noise from the oxygen concentrator becomes too loud, it disrupts the patient’s peace and disturbs their neighbors as well. The concentration of ambient air is affected by this noise, which can be a nuisance to everyone nearby.

It is important to ensure that the exhaust vent of the concentrator is functioning properly to minimize any disturbances caused by the noise.

The constant sound raises stress, discomfort, and sleep troubles. But, one can solve this problem by soundproofing the walls of the device to make the oxygen concentrator quieter.

Additionally, using a battery-powered adsorber can help reduce noise.

By using quieter oxygen concentrators and placing them in soundproof boxes or sound enclosures, noise levels decrease, creating a more peaceful environment for patients.

For medical devices like oxygen concentrators, it’s essential to prioritize both utility and patient experience. The apparatus relies on a battery to operate and helps maintain the concentration of oxygen.

Reducing noise in an oxygen concentrator device is one of the ways to make it quieter. One solution is to use a sound enclosure to minimize the ambient air noise.

If you are ready to say goodbye to the squeaky, hissing, or rattling sounds of your oxygen concentrator and improve its battery life, consider using an adsorber to filter out waste gases from the ambient air.

let’s get started!

what is an oxygen concentrator?

Oxygen concentration is an essential device that supplies atmosphere to those who have respiratory problems, making it an essential apparatus for the respiratory sick, who have difficulty breathing in open air due to mild or severe respiratory disorders. This device is powered by a battery.

Originally, in the atmosphere, an oxygen concentration moves from the environment to the air and removes all other gases, including the product, which leaves pure, focused Oxygen behind.

This process is powered by a battery and occurs through an inlet. This ambient air is then given to patients who need it, either through a mask or nasal penetration.

The product gas is delivered via a battery-powered device with an inlet for easy access.

Now, you must be wondering why soundproofing is necessary when it comes to oxygen concentration in ambient air.

The apparatus used for oxygen concentration requires housing that effectively reduces noise while producing the desired product gas. The device, apparatus, or product can make a lot of noise when in operation.

However, with the use of a sound enclosure, the noise can be significantly reduced. If you are someone who requires oxygen therapy for an extended period of time in an ambient air environment, the noise emitted from the gas device can be very annoying, especially without a sound enclosure.

By reducing the amount of noise emanating from the ambient air, patients can enjoy a more comfortable and peaceful environment when using the oxygen concentration device in their housing.

Soundproofing is vital to patient comfort and recovery in hospitals, especially in housing areas where ambient air quality is important.

The use of soundproof enclosures and apparatus can significantly reduce noise levels, creating a peaceful environment for patients. you can also use it in your home.

what is the quietest home oxygen concentrator?

The Inogen One G5 is considered one of the quietest home gas oxygen concentrators currently available. This device efficiently filters ambient air to provide housing residents with a steady supply of oxygen.

Key features that make the Inogen One G5 quiet include its gas-powered design, which ensures minimal noise emissions.

Additionally, the device is equipped with a sound enclosure that further reduces noise levels. The apparatus also takes advantage of ambient air to maintain a quiet operation.

  • The whisper-quiet sound level of 38 dB on setting 2 in the ambient air of the enclosure was measured using a gas apparatus.
  • Proprietary ultra-quiet motor technology.
  • Integrated sound-absorbing materials.
  • Minimal compressor cycling for steady, unobtrusive sound.
  • Weighs only 10 pounds for easy portability.
  • Can operate on battery power for noise-free ambulation.

With its extremely low sound level and weighing only 10 pounds, the Inogen One G5 portable oxygen concentrator delivers quiet, lightweight performance ideal for home and travel use.

This apparatus uses ambient air to produce concentrated gas within the enclosure.

Its innovative design makes the apparatus one of the most unobtrusive options for those requiring supplemental oxygen in ambient air.

The sound enclosure ensures minimal noise while the gas is being delivered.

benefits of Soundproof Box For Oxygen Concentrator

Soundproofing my oxygen concentrator in an enclosed apparatus with ambient air was one of the best decisions I ever made. Let me break it down for you.

I mean, I love my machine and all, but it can really crank up the volume when it’s doing its thing in the sound enclosure apparatus.

And let’s be real, nobody wants to feel like they’re sitting next to an air gas apparatus when they are just trying to catch some Z’s in a sound enclosure.

But thanks to soundproofing, I can now catch those Z’s in peace in my enclosed air apparatus, free from any disturbing noise or gas. No more waking up every time my gas concentrator apparatus revs up inside the sound enclosure.

It’s like a whole new world of quiet and serenity within the enclosure of the apparatus. The gas and air inside create an atmosphere of tranquillity.

And you know what else? It’s not just me who benefits. I live in an apartment building, and my neighbors were always complaining about the noise from the gas enclosure apparatus.

But now that my soundproofed apparatus is enclosed, they don’t even know the gas and air machine is there!

Plus, let’s not forget about the added privacy. Nobody needs to know that I’m using a gas apparatus, such as an oxygen concentrator unless I tell them.

The air enclosure ensures that the gas is contained and utilized efficiently. And with the soundproofing, it’s like my little secret.

So yeah, I’d say soundproofing my gas apparatus in the air enclosure was definitely worth it. It’s quieter, more private, and just all-around better.

If you’ve got a noisy apparatus or machine, do yourself and your neighbors a favour and soundproof that bad boy. This will help to reduce the noise caused by the gas or air within the enclosure. You won’t regret it.

Building the Box for Oxygen Concentrator Noise Reduction

Building the Box for oxygen concentrator

Tips on selecting the right size and shape for the box

As a gas apparatus user, I’ve learned that proper packaging of the oxygen concentrator is key to preventing damage in the air enclosure.

From experience, here’s what to look for in a gas enclosure apparatus for an oxygen concentrator box.

To measure your gas concentrator, use an apparatus and get an enclosure that is at least 2 inches larger all around to ensure proper air circulation.

You want some wiggle room for padding. Too tight and you risk cracks or dents. But too huge is overkill. Find that sweet spot in sizing.

Consider the shape too. I have a tall, narrow concentrator. I made the mistake of using a short square enclosure apparatus once – a big mistake! The lack of air circulation caused issues.

It slid around and could have been damaged. Match the box to your specific machine’s dimensions.

For materials, don’t skimp. I initially tried a flimsy cardboard enclosure box because it was lighter and provided better air circulation for the apparatus.

Bad call – it got crushed under other luggage. Now I always use a sturdy hard-shell case. The extra weight is worth it for security.

And don’t forget the accessories! The enclosure needs to fit the apparatus, power cords, air filters, and tubing. Make sure it’s all packed in there securely.

Follow these tips and you can transport your oxygen concentrator, an apparatus that filters air, without worries. Proper packaging is so important for medical device users.

This advice about using an air apparatus comes from personal experience – I learned the hard way!

how to build the box for the oxygen concentrator

Here is a list of what you need:

  • Plywood
  • Measuring tape
  • circular saw
  • Shrink
  • drill
  • Hinge
  • Latch

After all the materials, let’s start!

Step 1: Measure the oxygen concentrator

Measure the size of your oxygen concentrations. Try to make the apparatus box slightly bigger than your air concentrations so that you can fit easily.

Step 2: Cut Plywood

Using a sharp saw apparatus, apprehend the plywood equal to four parts, and cut a piece for the top as well. Ensure that there is ample air circulation while using the saw.

Step 3: Collect the box

Then, using screws and a drill, connect the edges of the plywood to each other with the help of an apparatus. Make sure the corners of the apparatus are square and the edges are adjacent to each other in the air.

Step 4: Tick

Add an apparatus piece to the bottom and above to complete the air box. This will allow you to easily reach the oxygen concentrator apparatus if needed for air.

Step 5: Attach the latch

Apply the latch towards the front part of the apparatus so that you can safely close the box and ensure proper air circulation.

Step 6: Paint or decorate the box

Now your air apparatus, oxygen concentrator, and soundproofing box are ready, so the time has come to decorate the box, you can perform this art.

And there you have it folks! Your own box for your oxygen concentrator. This is a simple and practical solution that will make it easier to use your oxygen concentrator apparatus and move anywhere in the air.

Now go ahead and try it!

Secret tip: After soundproofing the air box, if you still feel that noise is coming from outside the apparatus, then you can use acoustic foam, a sound-dampening mat, and weatherstripping tape.

Cut the acoustic foam into the shape of a box and attach it around the box apparatus. It will completely soundproof the box and improve air quality.

The Second Apparatus Is a Sound-Dadening Mat, You Can Cut This Mat Into a Box By Cutting The Box-Shaped Box to improve air quality.

You Can Also Sound The Box. By using weatherstripping tape, you can fill the remaining intervals in the apparatus completely, preventing any air leakage.

Using an Antivibration Mat for Noise Reduction

Antivibration Mat for Noise Reduction: Features, Pros, and Cons

When it comes to reducing noise and vibrations, using an antivibration mat can be a game-changer for your apparatus.

These mats are designed to absorb and dampen vibrations caused by various sources, such as machinery, appliances, or even exercise apparatus.

The apparatus is commonly used in industrial settings, gyms, and even homes to minimize noise and prevent damage to floors and equipment.

To help you understand the benefits and drawbacks of using an antivibration mat with an apparatus, let’s compare its features, pros, and cons in the following markdown comparison table.

Absorbs vibrationsThe apparatus reduces noise levels significantly, preventing damage to floors and equipment.The apparatus may not eliminate all vibrations but proper installation and maintenance are required.
Dampens impactThe apparatus increases comfort and safety, while also extending the lifespan of machinery.– May affect the stability of certain equipment
Easy to install– The apparatus can be cut to fit various sizes, making it versatile. – No special tools are required to use the apparatus efficiently.– May not be suitable for all types of flooring, especially if the apparatus is heavy or has sharp edges.
Versatile– Suitable for various applications, the apparatus can be used both indoors and outdoors.– May add extra weight to equipment
Durable– Resistant to wear and tear, the apparatus is long-lasting.– May be more expensive compared to other solutions

Now that we have compared the features, pros, and cons of using an antivibration mat, let’s look at the steps to effectively use this apparatus for noise reduction.

  1. Identify the source of vibrations using apparatus: Determine the equipment or machinery causing the vibrations and locate the areas where the vibrations are most prominent.
  2. Choose the right mat for your apparatus: Consider the weight and size of the equipment, as well as the type of flooring. Select an antivibration mat apparatus that is suitable for your specific needs.
  3. Prepare the installation area: Clean the floor thoroughly and ensure it is dry and free from any debris. Set up the apparatus. This apparatus will help the mat adhere properly and provide optimal performance.
  4. Cut the mat to size: Measure the dimensions of the apparatus or the area where you want to place the mat. Use a utility knife or scissors to cut the antivibration mat with the apparatus to the desired size and shape.
  5. Install the apparatus: Carefully place the mat on the floor or under the equipment, ensuring it is centred and properly aligned with the apparatus. Press down firmly to secure it in place.
  6. Regular maintenance: Periodically check the apparatus mat for any signs of wear or damage. Clean it as needed to maintain its effectiveness.

By following these steps and considering the features, pros, and cons of using an antivibration mat apparatus, you can effectively reduce noise and vibrations in your environment.

Whether you’re looking to create a quieter workspace or a more peaceful home gym, an antivibration mat apparatus can make a noticeable difference.

So why not give the apparatus a try and enjoy a quieter, more comfortable space?

Noise Reduction Techniques: White Noise Machines and Building the Box

how to test the soundproofing of the box

I hope you found our tips for soundproofing your oxygen concentrator apparatus box helpful and have successfully built your own.

Now it is time to check the soundproofing capability of your apparatus and make sure it’s doing its job properly. Don’t worry, it is a really easy process! Just follow these steps:

  1. Make sure your oxygen concentrator apparatus is turned on and running as usual.
  2. Use a sound meter apparatus to measure the noise level of the concentrator while it’s outside the box. Take note of the reading.
  3. Now, place the oxygen concentrator apparatus inside the soundproofed box and turn it on again.
  4. Use the sound meter apparatus to measure the noise level of the concentrator while it’s inside the box. Take note of the reading.
  5. Compare the two readings. If the reading inside the apparatus is much lower than the reading outside the apparatus, then congratulations! You’ve successfully built a soundproof apparatus box for your oxygen concentrator.
  6. However, if the reading inside the apparatus is only slightly lower or the same as the reading outside the apparatus, you may need to add some extra soundproofing material to further reduce the noise level.

And that’s it! By following these simple steps, you can make sure that your oxygen concentrator apparatus is now much quieter and won’t disturb those around you.

how to run power on an oxygen concentrator under a soundproof box

To operate an oxygen concentrator apparatus within a soundproof box, you will need to follow these steps.

  1. Choose an apparatus, such as a soundproof box, that is the right size for your oxygen concentrator. The box should be large enough to accommodate the apparatus, including the concentrator and the oxygen tubing, but not so large that it is difficult to move.
  2. Make sure that the soundproof box has ventilation holes. This will allow the apparatus, known as the concentrator, to breathe and prevent it from overheating.
  3. Drill a hole in the soundproof box for the power cord using an apparatus. The hole should be large enough to accommodate the cord, but not so large that it allows sound to escape from the apparatus.
  4. Connect the power cord to the apparatus, specifically the concentrator, and plug it into an outlet.
  5. Place the apparatus, the concentrator, inside the soundproof box and close the lid.

Here are some additional tips for running power on an oxygen concentrator under a soundproof apparatus box.

  • Use a power cord that is long enough to reach the outlet from inside the apparatus box.
  • Use a power cord that is made specifically for medical devices and apparatus. This will help to prevent the cord from overheating.
  • Place the concentrator in a well-ventilated area. This will help to prevent the concentrator from overheating.
  • Regularly check the apparatus, specifically the concentrator, to ensure that it is not overheating.

If you are not comfortable running power on an oxygen concentrator apparatus under a soundproof box, you should consult with a medical professional or a soundproofing expert.

Best Practices: Avoiding Covering the Machine, White Noise Machines, and Flow Rate Adjustment

Avoid Covering the Machine

Covering the apparatus may seem like a harmless action, but it can actually lead to a variety of issues with the machine.

When you cover the apparatus, you restrict the airflow, which can cause the apparatus to overheat.

This can result in decreased performance and even potential damage to the machine.

Additionally, covering the machine can also block the vents, which are essential for proper ventilation.

Without proper ventilation, the machine may not be able to cool down effectively, leading to overheating and potential malfunctions.

To avoid covering the machine, make sure to keep it in a well-ventilated area. Ensure that there is enough space around the machine for airflow and avoid placing any objects on top of it.

This will help to maintain optimal performance and prevent any potential damage caused by overheating.

White Noise Machines

White noise machines are devices that produce a constant, soothing sound to mask other noises and promote better sleep. They are commonly used in bedrooms, offices, and other environments where noise can be disruptive.

One of the main benefits of white noise machines is their ability to create a consistent background noise that can help drown out other sounds. This can be particularly useful for light sleepers or those who live in noisy environments.

White noise machines come in a variety of options, including portable devices, bedside machines, and even smartphone apps. They often offer different sound options, such as rain, waves, or fan sounds, allowing users to choose the most relaxing sound for their needs.

However, it’s important to note that white noise machines may not be suitable for everyone. Some people may find the constant noise distracting or may experience difficulties falling asleep with the machine on. It’s essential to experiment and find what works best for you.

Flow Rate Adjustment

Flow rate adjustment is a crucial feature in many machines, particularly those that involve the movement of fluids or gases.

It allows users to control the rate at which the fluid or gas flows through the machine, ensuring optimal performance and efficiency.

By adjusting the flow rate, users can regulate the speed at which the fluid or gas moves, which can have various benefits.

For example, in medical devices such as oxygen concentrators, flow rate adjustment allows healthcare professionals to customize the oxygen delivery to meet the patient’s specific needs.

Flow rate adjustment can also be useful in industrial settings, where precise control of fluid or gas flow is necessary for manufacturing processes.

By adjusting the flow rate, manufacturers can ensure consistent product quality and reduce waste.

It’s important to follow the manufacturer’s instructions when adjusting the flow rate of a machine. Improper adjustment can lead to suboptimal performance or even damage to the machine.

If you’re unsure about how to adjust the flow rate, it’s best to consult the user manual or seek assistance from a professional.

In conclusion, avoiding covering the machine, utilizing white noise machines, and understanding flow rate adjustment are all important best practices to ensure the optimal performance and longevity of various machines.

By following these practices, you can maximize the benefits of your machines and avoid any potential issues that may arise.

maintenance and cleaning of the box and the oxygen concentrator

If you have a soundproof box for your oxygen concentrator, that’s great! This means that you can enjoy a calm and peaceful environment. But like any appliance, it’s important to take care of your box.

Let us know how you will take care of your oxygen concentrator box:

  • Clean it regularly: Use a soft cloth to wipe down your box and remove any dirt or grime from the inside. This will keep it clean and free of allergens.
  • Clean your oxygen concentrator: Before cleaning, unplug it. Follow the manufacturer’s directions for cleaning and disinfecting your concentrator. Do not use water or cleaning solution inside the device.
  • Check for Damage: Look for any cracks or damage to the box and the concentrator. Check for loose parts or connections.
  • Store it properly: Keep your box in a dry and cool place when you are not using it. Do not expose it to extreme temperature or humidity, otherwise, it may be damaged.
  • Change the soundproofing material: If you hear more noise than usual, it may be time to replace the foam or other soundproofing material in your box. This will help keep it quiet and working well.

Oxygen concentrator making high-pitched noise

A high-pitched noise coming from your oxygen concentrator usually indicates a problem with the internal blower motor. Dust, dirt, or mechanical wear can cause the small motor to make squealing, screeching, or squeaking noises as it runs.

This high-pitched sound typically means the motor needs to be cleaned and lubricated or possibly replaced if it is excessively worn. Make sure all air intake filters are clean and clear of debris as well.

But screeching, squeaking noises point to a motor issue needing professional service. Call your oxygen equipment provider for assessment and repair to get your concentrator running quietly again.

Don’t try to use an oxygen concentrator making harsh high-pitched noises, as it likely needs maintenance.

Oxygen concentrator making puffing noise

If your oxygen concentrator is making repeated puffing, pulsing, or cyclical noise, this generally indicates the compressor is turning on and off frequently. Frequent compressor cycling creates audible puffs or pulses as pressure builds and releases inside the machine.

There are a few potential causes of excessive oxygen concentrator compressor cycling:

  • The flow setting is too high for the current oxygen concentration level. Turning the liter flow down may allow the compressor to remain on steadily without rapid pulsing.
  • Blocked air filters are obstructing normal airflow and oxygen production. Clean or replace the intake and output filters.
  • There is an internal component malfunction like faulty valves or sensors signalling the compressor to engage excessively.
  • A concentrator malfunction is causing low oxygen purity levels, triggering the compressor to cycle rapidly to try to increase concentration.

If puffing noises from the compressor persist despite filter cleaning and flow adjustments, the concentrator likely requires professional servicing to check for leaks or faulty parts.

Frequent compressor cycling indicates suboptimal performance that needs correction to restore smooth, quiet operation.

Family Applications and Citations for Soundproof Box for Oxygen Concentrator

Features, Pros, and Cons of Soundproof Box for Oxygen Concentrator

When it comes to choosing a soundproof box for your oxygen concentrator, there are several features, pros, and cons to consider. Let’s take a closer look at what you should keep in mind before making a decision.


Here are some key features to consider when selecting a soundproof box for your oxygen concentrator:

  1. Noise Reduction: Look for a box that offers effective noise reduction to ensure a quiet and peaceful environment.
  2. Ventilation: Ensure that the box has proper ventilation to prevent overheating of the oxygen concentrator.
  3. Accessibility: Choose a box that allows easy access to the oxygen concentrator for maintenance and servicing.
  4. Portability: Consider the weight and portability of the box if you plan on moving it frequently.
  5. Durability: Look for a box made of high-quality materials that can withstand regular use and provide long-lasting performance.


Here are some advantages of using a soundproof box for your oxygen concentrator:

  1. Noise Reduction: The primary benefit of a soundproof box is the significant reduction in noise levels, creating a quieter and more comfortable environment for you and your family.
  2. Improved Sleep Quality: By reducing the noise emitted by the oxygen concentrator, a soundproof box can help improve sleep quality, allowing you to rest better at night.
  3. Enhanced Concentration: A quieter environment can promote better focus and concentration, especially for those who work or study from home.
  4. Peace of Mind: Knowing that the noise from the oxygen concentrator is minimized can provide peace of mind and reduce stress levels.


While a soundproof box can offer many advantages, there are a few drawbacks to consider:

  1. Cost: Soundproof boxes can be more expensive than regular enclosures for oxygen concentrators.
  2. Size and Weight: Some soundproof boxes may be bulkier and heavier, making them less portable.
  3. Maintenance: Depending on the design, the soundproof box may require additional maintenance to ensure proper ventilation and functionality.

In conclusion, a soundproof box for your oxygen concentrator can provide numerous benefits, including reduced noise levels and improved sleep quality.

However, it’s important to consider the cost, size, and maintenance requirements before making a purchase. By carefully evaluating the features, pros, and cons, you can select the right soundproof box that meets your needs and preferences.

So, why not invest in a soundproof box today and enjoy a quieter and more peaceful environment?

FQAs for Soundproof Box For Oxygen Concentrator

here is a FAQ article on how to soundproof a box for an oxygen concentrator:

How can I soundproof a box for my oxygen concentrator?

If you’re using an oxygen concentrator that’s making a lot of noise, soundproofing the device is a great idea. The good news is that you can do this in a variety of ways that are affordable and easy to implement.

Why is it important to soundproof my oxygen concentrator?

While medical equipment manufacturers prioritize functionality, patients’ experiences with the technology must also be taken into account. Loud noises from oxygen concentrators can be very irritating to patients and negatively impact their quality of life.

What materials will I need to soundproof my oxygen concentrator box?

You will need several materials for this project, including acoustic foam, a sound-deadening mat, and weatherstripping tape. These materials help to absorb and block noise from the concentrator.

How do I test the soundproofing of my box?

One way to gauge the noise level of your oxygen concentrator inside the box is by using a sound meter. In case the sound level remains excessively high, there are two possible solutions: either you can add more layers of soundproofing material, or you can relocate the box to a different spot.


let’s wrap up our discussion on how to soundproof a box for an oxygen concentrator. You know, it’s not just about making things quieter. It’s also about creating a more comfortable environment for those who rely on this machine to help them breathe easier.

Now, we have covered a lot of ground today, from choosing the right materials to putting it all together. But there’s one thing I want to emphasize before we say goodbye. And that’s the importance of getting it right the first time.

Believe me, I have seen too many people who think they can just slap some foam on the walls and call it a day. But trust me, that’s not going to cut it. You need to take the time to do it right, with the right materials and techniques.

And let me tell you, it’s worth it. When you finally flip that switch and hear that purring sound of your oxygen concentrator working away, you’ll know you did it right. And your family, your friends, your patients, or even your pets will thank you for it.

So, my friends, go forth and soundproof with confidence. And remember, a quieter environment is a happier environment.