Welcome to Mimosa Acoustics

Mimosa Acoustics manufactures state-of-the-art auditory diagnostic systems for evaluating middle and inner-ear health. We work closely with leading researchers to bring the latest auditory research breakthroughs into the hands of clinicians. Our HearID auditory diagnostic system incorporates modules for testing both middle-ear and inner-ear characteristics.

HearID Auditory Diagnostic System

Mimosa Acoustics' HearID auditory diagnostic system incorporates portable, lightweight hardware with a flexible, intuitive software interface. The measurement probe plugs directly into a laptop computer through a proprietary PC-card - no need for an additional external processing box. The integrated user interface gives instant access to patient records and the customizable measurement modules. Choose from a range of measurement modules. Measure middle-ear power reflectance, impedance, and related measures. Measure transient-evoked otoacoustic emissions (TEOAEs) and distortion-product otoacoustic emissions (DPOAEs). Ideal for infant screening and hearing conservation programs. All modules within the HearID platform have cleared the FDA 510 k Pre-market Notification process and are CE marked. More...

MEPA3 Clinical Reflectance System

The Middle-Ear Power Analyzer (MEPA) provides a non-invasive method for characterizing middle-ear transduction with acoustic power assessment. Mimosa Acoustics are the first to bring this new technology into the hands of clinicians. Within seconds, measurements characterizing the middle ear over a wide frequency range are obtained, without changing the pressure in the ear. Pairing otoacoustic emission measurements with MEPA measurements provides diagnostic information about both the middle and inner ear. More...

DP System for Distortion-Product Otoacoustic Emissions

Mimosa Acoustics' DP system incorporates the original CUBeDIS™ product, which is widely used by clinicians and researchers. More...

TE System for Transient-Evoked Otoacoustic Emissions

Mimosa Acoustics have extended the technology behind the TEOAE measurement to produce a flexible and highly customizable system. More...