Month: January 2025

Can ear wax cause hearing loss?

ear wax induced hearing loss

When we think about hearing loss, we naturally typically associate it with a symptom of ageing or prolonged exposure to loud noises. However, there’s one thing we all have in common that can also impact our ability to hear, and that’s our ear wax.

Now, there are many factors at play that can dictate the impact that ear wax has on our hearing because whilst it’s vital for our ear health it can become a problem if left unmanaged.

In this blog, we’ll talk about how a build-up of ear wax is one of the leading causes of temporary hearing loss. First, let’s cover the basics….

What is ear wax, and why do we have it?

Ear wax is medically known as cerumen, and is a natural substance produced by the glands in the ear canal. It’s something we all have and despite procedures like ear wax removal existing, wax in our ears is something that we need.

It’s our ear’s built-in defence system that works to protect us in many ways, such as:

  1. Trapping dirt and debris: Sticky in nature, ear wax acts as a barrier to catch any dust, dirt, and other tiny particles that might otherwise travel too far into our ear canal. If it wasn’t for ear wax, these types of harmful substances could reach the eardrum and damage it or deeper parts of the ear.
  2. Provides moisture to the ear canal: The presence of ear wax helps us to maintain moisture inside the ear canal, preventing the skin inside the ear from becoming dry, cracked, and prone to irritation or infections. Speaking of which…
  3. Fights off infections: Ear wax contains antimicrobial and antifungal properties that help to protect the ear from infections. As bacteria and fungi thrive in warm, dark environments such as the ear canal, this is especially important.

In summary, ear wax is essentially like a shield for your ears, preventing harmful substances from causing any damage. That being said, like most things, too much of a good thing can cause problems down the line. Excessive earwax can become impacted, creating a blockage and leading to problems such as hearing loss, which we’ll discuss a bit later on.

ear wax induced hearing loss

The difference in ear wax from person to person

Whilst ear wax is something that we all have in common, the production of it actually varies widely between individuals. Some people naturally produce more wax than others, and certain genetic or environmental factors can influence how much we produce.

For example, those who live in dusty or dirty environments may find their ears producing more wax as a defence mechanism. Similarly, hormonal changes or increased hair growth in the ear canal can also contribute to wax build-up.

This is why some people may need to undergo frequent ear wax removal appointments yet for others, it may never cause problems.

How can ear wax cause hearing loss?

It’s no secret that there are many different causes of hearing loss, and ear wax is usually listed as one of them. But, can ear wax really lead to hearing loss? The short answer is yes, but the good news is that it’s usually temporary.

The way ear wax works is that it naturally moves out of the ear canal on its own, usually pushed along by the motion of your jaw when you talk or chew. However, sometimes ear wax can build up and harden, leading to what’s called impacted ear wax.

If a person has ear wax that becomes impacted, it can significantly affect their ability to hear in the following ways:

  • Blocking the sound pathways: Impacted ear wax physically blocks the ear canal, preventing sound waves from travelling to the eardrum. This can lead to conductive hearing loss, where the ability to conduct sound through the ear is reduced and hearing may sound muffled or distant.
  • Pressure in the ear: A blockage caused by impacted wax can create a feeling of fullness or pressure in the ear. This can not only dampen sound but also make it uncomfortable to hear loud noises, resulting in a reduced auditory perception.
  • Damaging ear health over time: A prolonged build-up of ear wax can lead to infections or irritation in the ear canal. Any form of swelling, discharge, and additional blockages may worsen hearing difficulties.
  • Causing secondary issues like tinnitus: Excessive ear wax can press against the eardrum, often leading to tinnitus. This is where an individual may hear persistent ringing, buzzing, or hissing sounds in the ear, making it harder to focus on the sounds around them.

If impacted ear wax is causing some degree of hearing loss, it’s not uncommon for this to be mistaken for a more serious issue. For example, it may cause worry about age-related hearing loss or more severe neurological problems when, in reality, the issue is a simple blockage.

As we mentioned earlier, hearing loss caused by earwax is usually temporary and the degree of hearing loss caused will depend on how much of the ear canal is blocked. This will vary from person to person but in some cases, even a small amount of impacted wax can cause significant symptoms, particularly if it’s close to the eardrum.

More often than not, this can easily be resolved by earwax removal which should provide instant relief with hearing ability returning. It’s important to note that ear wax removal should always be performed by a fully qualified audiologist to ensure its safety and effectiveness. If you’re local to London, visit a Harley Street Hearing clinic for the highest standard of care.

ear wax blockage

Risk factors for ear wax-induced hearing loss

So, now we know that some people may be more prone to this condition than others, but why? Simply put, there are a few important factors that can determine whether or not an individual is more susceptible to ear wax build-up. These include:

  • Narrow or curved ear canals: Some people may naturally have smaller or uniquely shaped ear canals, which can make it more difficult for wax to move out of the ear on its own.
  • The use of hearing aids or earbuds: Continually using devices that sit in the ear can act as barriers, trapping wax inside the ear canal and preventing it from moving outward. Over time, this can lead to impacted wax.
  • Ageing: As we age, the glands within the ear change which can lead to ear wax becoming drier and harder, making it more likely to build up and lead to impaction. At the same time, the hairs in our ear canal become coarser which increases the risk of impaction.
  • Hormonal changes: Stages in life such as pregnancy or menopause cause hormonal fluctuations which can impact the amount of ear wax produced and the consistency of it.
  • Genetic factors: Our genetic makeup determines the type, amount and consistency of ear wax we produce. Some may produce wax that is naturally drier or stickier, increasing the risk of build-up.
  • Using cotton buds: Those who try to clean their ears at home with cotton buds may find that they’re more prone to blockages as they are unintentionally pushing wax deeper into the ear canal.

Naturally, a lot of the above factors are out of our control when it comes to preventing ear wax-induced hearing loss, but there are still some steps that can be taken to look after your ears and reduce the risk.

Tips for healthy ear wax management

Not only can a build-up of earwax lead to short-term hearing loss, but it can also be uncomfortable. Here are a few tips to help look after your ears:

  1. Use ear protection wisely: If you’re an avid user of hearing protection or hearing aids, take regular breaks and clean your devices often to reduce the risk of wax build-up.
  2. Avoid cotton buds: As mentioned above, cleaning your ears with cotton buds can do more harm than good. You’ll risk pushing wax closer to the eardrum and potentially cause infections. If you do want to clean your ears, however, you can safely clear the outer part with a damp cloth – just avoid placing anything into the ear canal.
  3. Let them be: In most cases, your ears will clean themselves and there’s nothing you need to do!
  4. Stay healthy: Like most things, our ear health can be determined by how well we take care of ourselves. Proper hydration and overall health can influence ear wax production, so drink plenty of water and maintain a healthy diet.
  5. Get professional ear wax removal: If you’re prone to ear wax build-up, get regular check-ups with an audiologist to prevent problems before they arise.

ear wax removal with audiologist

When should you see an audiologist?

If you suspect an ear wax build-up and are struggling with hearing loss or other related symptoms, we urge you to book an appointment with an audiologist.

Signs it’s time to take this step may include:

  • Persistent hearing loss that isn’t improving
  • Pain or discomfort in the ear
  • Dizziness or balance issues
  • Tinnitus
  • A feeling of fullness that doesn’t go away

It’s important to remember that you shouldn’t try to address these types of problems at home. An audiologist uses specialised equipment to assess what’s happening in your ears and approach the problem with safe and gentle solutions such as microsuction or ear irrigation.

Harley Street Hearing’s team of clinical audiologists can provide same-day ear wax removal appointments at four clinics across London. Call us on 020 7486 1053 or contact us online to book an appointment.

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Oticon Intent hearing aids review with patient feedback

oticon intent rechargeable hearing aids

I will always wait to review any new hearing aids until after I’ve received plenty of feedback from my patients about their real-world experiences rather than just feeding you the manufacturer lines. Well, the Oticon Intents are in.

Based on this review, you might learn that these hearing aids are the right ones for you – or you may learn that they’re not.

Understanding Oticon Intents

The Oticon Intents superseded the Oticon Real, which I fitted plenty of over the years, and with their leading features around automation, clarity, and background noise reduction, there is no question that they were Oticon’s best hearing aids to date. However, they weren’t a significant step up from Oticon’s previous hearing aids, the Oticon More.

In reality, there were only two real developments:

  • The introduction of their wind and handling noise feature
  • Their sudden sound stabiliser

Whilst these were two positive features, they weren’t really worth upgrading your hearing aid for in my opinion. On top of that, I can’t say that they’ve been flawless, as they had issues around reliability and Bluetooth connectivity for the entire time that they’ve been around.

oticon intent miniRITE hearing aid

What’s new then?

So far, the Oticon Intent is available in a single model: the miniRITE R. This is the first time we’ve seen a redesign of Oticon’s receiver-in-canal hearing aid for three generations now, going back to the Opn S mini R.

This fresh new look is Oticon’s smallest-ever rechargeable Bluetooth receiver-in-canal hearing aid. The new design is shorter than their previous models, which my patients have welcomed when discretion is important, but at the same time, it’s also a fraction bulkier, so I’ve had a few patients mention them clashing with their glasses.

Oticon’s redesign includes a slightly tweaked angle on the top, which I’m told is for better comfort and fit. In the redesign, Oticon have also removed the rocker switch that they had on the Oticon Real (which, I’ve got to be honest, my patients did like due to its flexibility), and they’ve replaced it with a single button on the back, which can be used to change the volume, switch programs, or answer phone calls.

Now, whilst the buttons on hearing aids aren’t as important as they used to be (because everything can be done on the app nowadays), there are still a lot of patients out there who like the flexibility of being able to use both the app and the hearing aid to make adjustments. So I don’t think that this was a positive decision from Oticon. Plus, I’ve also noticed that you need to make sure you press it accurately in the right spot; otherwise, it doesn’t always register the press.

Design and physical features

Directional microphones

The Oticon Intents also have a development to the directional microphones. The hearing aids have a rear-facing microphone, and ports for the forward-facing microphones. In Oticon’s previous tech, the microphone ports would often become blocked with dead skin and debris, reducing the effectiveness of the hearing aids. So this move will make maintenance far easier and result in fewer visits to your audiologist, there’s no question of that.

Finally, we have the receiver wire, which has also had a redesign, meaning that it’ll sit a lot neater in your ear than the previous version. This wire feeds energy and information to the speaker, which sits inside your ear, and Oticon boasts that the technology inside them has also been upgraded, which we’ll discuss later.

Colour options

The only other physical thing to mention today is the different colours available, from which you can choose ]nine options, including a new sky blue and honey beige colour.

Oticon have removed the pink and olive green, which I’ve only fitted to a couple of ears, so I can understand why they’ve got rid of it. You’ll notice that they’re all matted nowadays, so they don’t tend to catch the light, and the most popular colour that my patients choose in clinic is Chroma Beige.

Oticon Intent hearing aid colours

Receiver Updates

Are the Oticon Intent hearing aids suitable for you? They are currently available only in a receiver-in-canal style, which is unlikely to change anytime soon, as the Oticon Own in-the-ear hearing aids weren’t released all that long ago.

The positive of them only being available in the RIC style is that they can be adapted physically depending on your degree of hearing loss. So they’re technically suitable for mild, moderate, severe, and profound hearing loss, and this is all done by switching the receiver. This image shows the different powers of speakers that are available, so if your hearing loss falls within the grey-shaded area, then they’re technically suitable for you.

oticon intent fitting range

Not only can the receiver be changed, but the hearing aid can also be customised for your hearing loss and anatomy by changing the tip on the end. And Oticon have a selection of medical-grade silicone tips to choose from, ranging from open, closed, power domes, plus custom tips that are available too.

One thing that I think is often overlooked is having a custom tip made for the end, and in my clinic I tend to make them for as many hearing aids as possible. This small yet incredibly important part of the hearing aid can completely change the way that your hearing aid functions, so it is incredibly important to get it right.

Receiver updates

Oticon have improved their brand-new receivers in three different ways.

1. Design

Firstly, they’ve changed the angle of the bend, as you can see here when compared to the Oticon Real on the left and the Intent on the right.

oticon intent design update

Having seen them in plenty of ears now, I can say that they sit a lot better, following the contours of the little valley above the tragus and making them seem that little bit more discreet. Not that this was a huge issue before, but I’m happy with these marginal gains of improvement.

2. Information

Secondly, the receiver information is now stored on the receiver itself, which doesn’t really help you, but it does mean that it won’t be possible to have a mismatch between what’s in your ear and what the software thinks is in your ear, meaning that there’s less room for error when it comes to hearing aid fittings with your audiologist.

3. Self-calibration

The third and final improvement is that they’re now self-calibrating, which Oticon states means that they now have an accuracy of plus or minus 1 dB, and this should result in a 57% more accurate gain. I would actually love to know more about this subject, but I can’t find any information anywhere.

Technology levels

The Oticon Intents are available in four different technology levels, the 1s, 2s, 3s, and 4s, with the former being the most advanced of the family. This will give you access to the greatest degree of clarity, noise reduction settings, and automation.

In my opinion, it’s worth going for the most advanced technology level that your budget can afford, as it will provide you with the best possible hearing, and most of my personal experience has been fitting the Intent 1.

Rechargeability enhancements

Oticon’s battery updates are high up on their list of improvements, but it wasn’t something that I personally feel they needed to change, and I think that they’ve fixed a problem that didn’t exist. In recent developments, we’ve seen some advances from the likes of Signia, Widex, and Starkey with their rechargeability, with battery capacities increasing to over 30 hours now on a single charge. And whilst Oticon have made improvements to their rechargeability, they’ve taken a slightly different approach by increasing the size of their lithium-ion battery to a size 13.

A single charge will now only take 2 hours, rather than the 3 that we’ve seen in previous technology, and if one day you fall asleep on the sofa and forget to put them on charge, the next morning you can supercharge them for 15 minutes, and that will give you 4 hours of usage. Or if you can make it 30 minutes, they’ll last for 8 hours, which is a nice improvement.

The downside of all of these improvements is that they do come at a cost:

  1. Firstly, Oticon have made the same mistake that Phonak did when they released their Lumity and then solely released the hearing aid as rechargeable.
  2. The second backwards step is that with the Oticon Real, it was possible to open up the battery door and switch out those lithium-ion batteries if there was ever an issue, and this could all be done by your audiologist in clinic rather than having to send the whole hearing aid back to Oticon HQ. Now, with a turnaround time of around 2 weeks for a repair, that’s a long time for you to be without your hearing aid.

On another positive note, Oticon have also released a smart charger for their Intent hearing aids, which is a portable charger storing three full days of battery life in the charger itself, so that your hearing aid can be charged on the go without needing to always be plugged into a power source. This is great if you go camping for the weekend or travelling somewhere that you may not have access to a power source, so you can keep your hearing aid stored in the case, and they’ll be constantly charging.

oticon intent rechargeable hearing aids

Sound quality

Every couple of generations of hearing aids, not only do we see an update when it comes to the technology, but we also see a brand-new chip. And with a new chip, we tend to see bigger technological developments. And on this occasion with the Intent, it’s not just a new hearing aid but a brand-new chip as well. The new chip is called Sirius and all of the newer features are technically based on their previous chip, the Polaris R, but with three key features providing a better understanding of speech clarity in background noise. So let’s run through them.

1. Deep Neural Network 2.0

The first new feature is an improvement of their deep neural network. For a couple of generations now, Oticon have been boasting about the way that they use artificial intelligence to train their hearing aids to recognise the environment around you and accurately decide what you are most likely to want to be hearing. And this is all done by training the chip using 12 million different sound scenes. Well, in this new tech, they’ve taken their DNN one step further with their DNN 2.0, which has been trained using an even greater diversity of sound scenes, and should enable an even greater accurate representation of what you want to hear, giving you better access to speech sounds whichever listening environment that you’re in.

2. MoreSound Intelligence 3.0

Under the DNN 2.0 is Oticon’s MoreSound Intelligence 3.0, which is Oticon’s collection of noise reduction features designed to make it easier for you to follow and engage in conversations in more complicated listening situations, such as groups, crowds, or noisy listening environments. Oticon states that your hearing aids will constantly scan your environment and then organise and deliver the most appropriate sound based on that training from the deep neural network, highlighting those sounds that will be of interest to you and reducing the sounds that you’re less likely to want to hear.

Oticon’s research shows that their new MoreSound Intelligence 3.0 will allow up to a 12 dB noise suppression, improving the signal-to-noise ratio and giving you access to 35% more speech cues, which should result in more clarity and distinction in general conversations.

3. 4D Sensor Technology

Now, this is my favourite new feature, as a lot of the improvement that we’re seeing in the Intents is down to their new 4D sensor technology, which I have to say is pretty awesome. Oticon have finally joined the likes of Phonak, Signia, Starkey, and ReSound, and added motion sensors into their hearing aids.

Oticon states that by monitoring both conversational activity, your head and your body movement, plus the environment around you, these hearing aids are the first in the world to recognise when your needs change and to adapt to the settings that they need according to your situation, improving speech comprehension by around 15% when this feature is enabled. In practice, this means that if you’re in a restaurant, which is exactly where Oticon state that this 4D sensor technology would shine, depending on your scenario, this technology will react quite differently.

For example, a waiter in a restaurant needs to hear sound coming from all directions as they take care of different tables, joining multiple conversations, whereas if there was someone greeting customers entering the restaurant, their hearing aids would need to work differently, comparing that to someone sitting at the table with multiple people.

So three different scenarios in one location, all in a restaurant, but very different hearing needs, and the Intent hearing aid will monitor your conversation, head and body movement, and the environmental noise, and react accordingly. Most of my patients are reporting that yes, it works; however, there are one or two people stating that it really does only benefit them if they give a little bit of exaggeration of their head movements for those microphones to shift in the right direction.

oticon intent 4d sensor technology

Connectivity

I don’t entirely know where Oticon went wrong with their previous technology, but they have had so many connectivity issues that for a while, I wasn’t recommending Oticon hearing aids because it was giving me too many problems in clinic. And when I say problems, I mean the hearing aid not connecting to the phone at all, sometimes connecting to one side or the other, or sometimes not connecting to the app. But either way, it was intermittent, and this has without question resulted in patients choosing sometimes also not to go ahead with Oticon hearing aids.

However, they’ve completely overhauled their connectivity features, and they’ve done so in a few different ways.

LE Audio

LE Audio is something that is going to change the future of audio connectivity going forward. In the future, you’ll be able to walk into concert halls, conferences, train stations, and lectures, and the sound of whoever’s speaking will be sent directly to both of your hearing aids, all with the click of a button. I’ve heard on the grapevine that all hearing aid manufacturers are working together to get this installed in their hearing aids.

In the next few years, we should start to see Auracast broadcasted audio replace the century-old loop systems built into public venues at the moment, and this will allow for multiple hearing aid users to simultaneously connect to audio in these public spaces, all with an improvement in both sound quality and significantly lower battery consumption. The only downside at the moment is that this will only be useful when venues start to install the transmitters, so I think it’s going to be quite some time before we see this technology taking off, as in the latest update I’d heard that there are six transmitters that have been installed globally.

From the feedback that I’ve had from patients, yes, we’ve seen an improvement in connectivity issues, however there are still some similar issues out there with no real pattern to them.

Telecoil

Now, to highlight one downside with Oticon’s Bluetooth versus some other manufacturers is that it’s normal nowadays for us to have multiple technology devices in our lives, such as an iPad, laptop, and computer, and Oticon still hasn’t quite figured out how to seamlessly switch between these different devices. At the moment, it’s a little clunky, and the only way that I’ve found that it works seamlessly is to turn off the Bluetooth on one device and turn it on on the other, and then vice versa when you want to switch over.

This isn’t particularly convenient if you’re browsing the web on your MacBook and then you have an incoming phone call. Until Auracast technology takes off, I am pleased to announce that the Intents still have a built-in telecoil, unlike a few of their competitors, which is essentially the 20th-century version of LE Audio. So it allows for the streaming of sound in a public venue directly to both of your hearing aids and it can make a huge difference at the theatre, in church, etc.

telecoil logo

So I’m pleased to announce that Oticon understands the time that it will take for Auracast technology to take off and have still provided you with the telecoil in the interim. And this also tells me that they’re not expecting Auracast to be taking off anytime in the near future.

Oticon Companion App

The Oticon Companion App is pretty intuitive, and it allows you to change the programs and volume, you can also mute the microphones, change the bass, mids, and treble for both streaming and environmental sounds, check your battery, find lost hearing aids using the “Find my hearing aids” feature, and you can even have remote appointments so you can have adjustments made to the settings on your hearing aids whilst you’re at home and your audiologist is in clinic. So from my point of view, the app does everything that you would need it to do.

Tap control

As I mentioned at the beginning of today’s video, Oticon have made a change to their physical controls, and in another first they’ve also taken advantage of having motion sensors and introduced a tap control feature, meaning that instead of having to fiddle around to press the button on the back of your hearing aids and get your phone out, you can now double-tap your ear—double-tap to pick up or hang up your phone calls.

It isn’t a feature that everybody utilises, but those that do absolutely love it. I do, however, think that they’ve missed a trick here. Comparing the tap control feature to the likes of the Phonak family of hearing aids, theirs also allows you to stop or start phone calls or music and to activate Siri or Google Assist. Maybe this can be enhanced in the future with a firmware update.

Accessories

When it comes to accessories, Oticon have been great at recognising where hearing aid technology alone will struggle to overcome hearing challenges, and as a result, they have a wide range of accessories that will work with the Oticon Intents. For example:

  • ConnectClip and the EduMic, which are remote microphones and great for hands-free phone calls or hearing better at lectures or at a distance
  • TV Adapter 3.0 allows for streaming of the television directly to both of your hearing aids
  • Remote Control 3.0, which is useful if you don’t have a smartphone
  • Phone Adapter 2.0, which allows you to stream your landline directly to your hearing aid too.

oticon intent accessories

Is Oticon Intent the right hearing aid for you?

In my opinion, you would be silly to make a decision on this hearing aid being right for you solely based on this information. The best way to get your perfect hearing aid match is by booking a hearing test at one of our clinics.

I Fitted 100s of Oticon Intent Hearing Aids… This Detailed Review Shows My Findings Video

Matthew Allsop is a Partner at Harley Street Hearing, and a content creator for Hearing Tracker, where he shares his honest opinion on all new hearing aid technology. Hearing Tracker is the world’s first truly independent resource for hearing aid customers. You can view his video where he shares his thoughts on the Oticon Intent hearing aid range below.

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What are hearing implants? The different types explained

bone anchored hearing aids

For some individuals, hearing aids are not able to provide a sufficient improvement for their hearing loss. In these cases, hearing implants may offer a life-changing difference. At Harley Street Hearing, we are proud to offer a variety of implants to suit your hearing needs, including cochlear implants (CIs), middle ear implants (MEIs) and bone anchored hearing aids (BAHAs).

Cochlear implants

Cochlear implants (CIs) are recommended for individuals with severe to profound hearing loss, who receive little to no benefit from well-fitted hearing aids. Unlike hearing aids which amplify sounds, cochlear implants bypass the damaged inner ear (cochlea) and directly stimulate the hearing nerve.

A cochlear implant consists of two main components:

  • External Part: This part resembles a behind-the-ear hearing aid and includes a microphone, processor, battery, and transmitter. It captures sound and sends electrical signals to the internal component.
  • Internal Part: This part is surgically implanted under the skin. It contains a magnet that connects to the external processor through the skin and electrodes that extend into the cochlea. These electrodes stimulate the hearing nerve, allowing sound to be perceived.

cochlear implants

How are cochlear implants different to hearing aids?

Hearing aids amplify sound, making it loud enough to effectively stimulate the hair cells in the cochlea. In contrast, cochlear implants bypass these structures entirely and directly stimulate the hearing nerve. This makes cochlear implants particularly effective in improving speech clarity in quiet settings, even for individuals with severe or profound hearing loss.

What to expect with a cochlear implant

Most recipients of a cochlear implant can detect sounds and recognise speech at comfortable levels. Many develop the ability to understand speech without visual cues and even use the telephone or enjoy music. Certain listening environments such as very noisy settings or those with limited visual cues may still be challenging. Reprogramming of the implant or auditory therapy may help improve performance.

Middle ear implants

Middle ear implants (MEIs) are an excellent option for individuals with conductive or mixed hearing losses, or for those who cannot use hearing aids due to medical reasons. MEIs mechanically vibrate the middle ear bones, bypassing damaged structures in the outer or middle ear.

MEIs consist of two parts:

  • External Processor: This part captures sound and transmits it to the implanted internal component. It is held in place via a magnet.
  • Internal Component: This part is surgically implanted, and vibrates the ossicles (tiny bones) of the middle ear.

middle ear implants

How are middle ear implants different to hearing aids?

Hearing aids amplify sound, and require the sound to travel through all the portions of the ear. MEIs convert sound into mechanical vibrations to stimulate the bones of the middle ear. This bypasses the outer ear or portions of the middle ear, making MEIs more suitable for conductive or mixed hearing losses.

What to expect with a middle ear implant

MEI surgery is usually a day procedure, allowing patients to return home the same evening. After a healing period of approximately two weeks, you would have the implant fitted and programmed. Recipients typically report natural and improved sound quality, significantly enhancing their speech understanding.

Bone anchored hearing aids

Bone anchored hearing aids (BAHAs) deliver sound directly to the inner ear via bone conduction, bypassing the outer and middle ear. These devices are ideal for individuals with conductive or mixed hearing losses, or medical conditions that prevent the use of traditional hearing aids.

bone anchored hearing aids

How are BAHAs different to hearing aids?

Unlike hearing aids, which rely on amplifying sound through the ear’s natural pathways, BAHAs bypass the outer and middle ear entirely. They deliver acoustic signals directly to the cochlea through bone conduction. This makes it ideal for conductive or mixed hearing losses, rather than sensorineural hearing loss.

What to expect with a BAHA

The surgical procedure for BAHAs is typically done as a day case. After a healing period of approximately two weeks, you would visit us at Harley Street Hearing to have the device fitted and programmed. Recipients quickly acclimate to the sound and typically experience significant improvements in their hearing and speech understanding.

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