How The Anti-Snoring Device Works
Snoring occurs when during normal sleep the muscles that control the tongue and soft palate hold the airway open. These muscles relax during sleep. The tissues of the upper airway vibrate as air passes over them, creating a snoring noise.
Not only is snoring loud and unpleasant, especially to the person sharing a bed with a snorer, but it can lead to interrupted sleep, headaches, a sore throat, day time sleepiness, and mental impairment. A good night's sleep is important to enjoying the day and one's quality of life.
This illustration demonstrates the flow of air when someone sleeps who doesn't snore. The air flows in an orderly manner, without obstruction, through both the nose and mouth. This person isn't a snorer.
The squiggly lines in this illustration demonstrate what occurs when a person snores while they sleep. The squiggly lines represent the vibration of the tissues of the upper airway as you breathe in and out. It's this vibration that leads to the tell-tale snoring sound we're all familiar with.
Finally, this illustration shows the Silensor-sl® anti-snoring device fitted. Note, the green lower dental splint advances the jaw slightly keeping the airways open and thus improving the flow of air and cutting down on the vibration of tissues. The degree of advancement required may vary from person to person.
Watch the video below for a more comprehensive explanation on why we snore:
To find out if you're at risk from Obstructive Sleep Apnea take this at home test here. If you conclude or think you may have or a risk of OSA we recommend you seek out the diagnosis and treatment of a Sleep Specialist.
For full instructions on how to use the Silensor-sl® anti-snoring device, visit our how to guide. For instructions on how to use the AM Repositioner, view the instruction guide.
Go here to see our custom anti-snoring device.
The Silensor-sl® is a trademark of ERKODENT®.