- Services
- ENT Services
- - Allergy Testing
- - Head and Neck Surgery
- - Hearing, Balance, and Ear Conditions
- - Oncology for Head & Neck Cancers
- - Pediatric ENT Conditions
- - Sinusitis and Other Nasal Conditions
- - Speech and Swallowing Problems
- Audiology Services
- - Balance Testing (VNG)
- - Bone Conduction Solutions
- - Cochlear Implants
- - Hearing Aids
- - Hearing Loss
- - Hearing Protection and Ear Molds
Transforming Hearing Loss with Bone CONDUCTION Solutions
Hearing loss can significantly impact daily life, making it difficult to engage in conversations, enjoy music, or even perceive important environmental sounds. For those seeking an innovative solution beyond traditional hearing aids, bone conduction solutions like the Bone Anchored Hearing Aid (BAHA) offer a transformative alternative. By directly stimulating the auditory system through bone conduction, BAHA devices bypass damaged parts of the ear, providing clearer, more natural sound for individuals with specific types of hearing loss. Discover how these advanced devices are enhancing lives, restoring connections, and bringing the world of sound back into focus for countless individuals.
The brilliance of bone conduction.
There are two ways we hear sound-- through air conduction and through bone conduction. They both work together to help us listen to and perceive sound. However, when we hear ourselves speak, it is actually the enhancement of lower frequencies by vibrations in the bone that helps us perceive our ‘normal’ tone of voice.
Bone conduction implants, like the Cochlear™ Baha® System, work on the exact same principle, only on a much more sophisticated scale.
While a hearing aid tries to push sound through the damaged part of the ear, the Baha System uses your natural ability to conduct sound through bone vibrations. Through bone conduction, sound bypasses the damaged outer or middle ear and sends clearer, more crisp sound directly to your inner ear.
If you have any questions about the Baha System, please call our office today!
Information sourced from Cochlear.
