HEARING AID TECHNOLOGY

Digital: The ultimate in sophisticated hearing technology

Why does music from a CD sound more crisp, clear and distortion free than music from a record or tape? The answer, at least in part, is the difference between analog and digital sound processing.

Digital hearing aids have one or more microchip processors inside them that convert analog sound waves into the zeros and ones of computer language. Sound in this format can be processed more quickly and more efficiently than analog sound waves.

Digital algorithms quickly analyze sound levels and frequencies, manipulating them to provide a more efficient match to an individual's hearing loss.

For example, a person with a hearing loss may have trouble hearing soft sounds, but when some sounds are amplified even a small amount, they become uncomfortably loud. Hearing aids with digital compression circuitry are able to stratify incoming sounds and detect those that need amplification .

SHELL CASING MATERIAL

Delicate circuits need a tough shell. We use UV-cured material to provide this problem leaving the least possible dermal irritation.

MICRO-TYMP MAY REPLACE “VIRTUAL” FROM

“INVISIBLE”

If you heard about our ( CIC) Completely-in-the Canal hearing aids. It is not the size that spells our success. But the acoustic advantages it delivers. CIC's we prescribe take much consideration on the technical superiority rather than the aesthetics.

HEARING AID REPAIR & SERVICES

Hearing aids are tough but breakdowns are sometimes inevitable. We have a sophisticated shell and ear mold lab and a sizeable inventory of microcircuitry and their spare parts to mind the repairs of our hearing aids.

We see to it that they work as they were originally made using our PFS-6000 and FONIX 6500-C Hearing Instrument Real Time Analyzer. Circuit integrity is checked thoroughly using analogue and digital drain meter “APR” Atmospheric Pressure Reduction chamber and ultra-sonic hearing aid cleaner.

HIGH TECH + AESTHETIC = HUMAN ACCORD