Non-surgical bone conduction

A non-surgical bone conduction solution may provide early access to sound until you or your child is ready for an implantable solution. Discover how it works and if it may be a solution for you or your child.

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What you'll find on this page

  • How a non-surgical bone conduction solution works
  • The main components of a Baha® Start solution
  • How a bone conduction solution can improve you or your child’s hearing

Non-surgical bone conduction solutions

A bone conduction solution can be fitted for infants and children who are not old enough* or may not be ready for an implantable bone conduction solution. If your child has conductive or mixed hearing loss, or is completely deaf in one ear, they can still gain early access to critical sound that is necessary to develop speech and meet developmental milestones through a non-surgical bone conduction solution.1

How non-surgical bone conduction solutions work

Our non-surgical bone conduction solution - Baha® Start - uses the brilliance of bone conduction to send sound to the healthy inner ear through vibrations of the bones in the head. One or two Baha® Sound Processors can be connected to a Baha® Softband or SoundArc™.   

Together, these parts bypass the blocked part of the ear, sending vibrations directly through the bone to the inner ear.

Can a bone conduction solution help you or your child?

If you are considering an implantable bone conduction solution, you’ll be able to try hearing through bone conduction with Baha Start. When you decide to move on with a hearing implant, you and your hearing health professional will discuss what solution is right for you or your child.

Find a Hearing Implant Specialist near you

*In the United States and Canada, the placement of a bone anchored implant is contraindicated in children below the age of five. In the United States and Canada, the Osia System is cleared for children ages five and older.

References

  1. Lieu JC. Speech-Language and Educational Consequences of Unilateral Hearing Loss in Children. Arch Otolaryngol Head Neck Surg. 2004;130(5):524-30.