Are Bone Conduction Headphones Safe?

Given its unique mechanism for transmitting sound waves and vibrations, studies suggest that bone conduction headphones are safer than traditional headphones or earbuds because they avoid contact with the ear canal. You’ll find both external and internal hearing aids that use bone conduction headphones as well as wearable technologies such as Google Glass that transmit sound waves directly to the wearer’s ears. The bone conduction also protects you from hearing problems associated with the more prolonged use of headphones.

The best bone-conduction headphones are helpful for tinnitus patients because they allow ambient sound to penetrate the ear canal and act as a masking solution for people with the condition. Although Bone-conduction headphones have several safety and design advantages over conventional headphones, they can still damage hearing, especially when music or sound is played at high volume. The fact that headphones use bones as conduction converters does not make them safer than other headphones, like the bones that conduct sound transmit into the cochlea and the air that conducts the sound to the outside. Since bone conduction headphones transmit sound from the cochlea into the inner ear, they can cause hearing loss if misused.

The truth is that any headphones with bone conductors have advantages and disadvantages, and none of them are without real risks, and turning up the volume is a real risk. Long-term exposure to loud noises can cause damage that can lead to hearing loss, including listening to music at high volume through headphones. In addition, although we are great advocates of wearing in-ear and out-ear headphones when we are outdoors, the use of closed, noise-cancelling headphones can sometimes be dangerous.

Traditional headphones, for example, send sound directly into the eardrum, which can damage it even if the noise is too loud. Because bone-conducting headphones are poor sound insulators, they are at higher risk of hearing loss, and people tend to reduce the volume when ambient noise starts to bleed. A large part of the ear damage comes from the eARDrum, as standard headphones sit on the ear and push air in and out.

Due to the unique open-ear design of the bone conduction headphones, many manufacturers and advertisers advertise them as a gift from heaven. This device heals us from the risk of headphones and headphone-related hearing loss.

It is a common problem that you cannot hear anything with conventional headphones. Regular headphones are headphones that block the ears to create passive isolation from background noise. Headphones and microphones are used in various ways to minimize external noise such as wind, traffic, etc., and to ensure that the person to whom you are talking can hear you without interruption.

If you stick headphones with bone technology in your ears, you will not hear any sound because the eardrums are not sensitive to their signal. The noise-suppressing headphones work because they suppress all other sounds surrounding them and blow the sound directly into the pinna. With conventional headphones, instead of directing the sound into the ears, the sound becomes absolute, which means that it becomes the main sound we hear and drowns out all other sounds.

Prolonged hearing of personal devices at unsafe levels can lead to permanent hearing loss if the sound is emitted too close to the cochlea. In addition, persistent exposure to loud noises can damage hair and nerves in the inner ear. While conventional headphones transmit sound into the ear canal, bone-conducting headphones emit vibrations through the cheekbones and the jaw that bypass the eardrum and send vibrations in the inner ear and the cochlea.

As earphones are located in the ear canal and are covered by the ear, the wearer must be aware of their surroundings and cannot remove or turn the device off. The damage to the stimulus intensity in the ear is constant due to the insertion of earphones or other headphones. Listeners in one or both ears can enjoy music that they can not hear with conventional headphones.

One of the best advantages you can have is that sound quality is much better than with other headphones, which makes these headphones ideal for people who want to listen to their music without worrying that their ears will be damaged by outside noise. It is also helpful for deaf and hard-of-hearing people, as conventional headphones or earphones can interfere with hearing aids and inconveniently put on during training. The most common type of headphones uses a speaker chassis to produce sound.

Unlike conventional headphones or earphones, the eardrums do not vibrate to pass information to the cochlea. So while recording the sound in the outer ear from the sound of a loudspeaker is possible, most of the sound travels to the bones of your jaw into your inner ear in the form of vibrations. A clever alternative to conventional headphones and earbuds is the Govision Vibez Bone Conduction headphones which use bone conduction technology to bring a rich sound to cheekbones and free the ears to open up to the world.

Although the history of bone conduction technology is long, its application is relatively new to commercial headphones, meaning that tremendous success is likely to come from established brands such as Aftershokz. What works for me may not work for you, but you probably won’t have a headache with bone-conducting headphones more often than ear-to-ear headphones. If you are convinced bone conductivity sounds scarier than it is, look at our article on Halo Neuroscience’s Neuroprime headphones, which uses Hollywood Frankenstein terminology.

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