MEDICAL

Revolutionary Hearing Diagnostics

Designed by Scientists, for Patients & Professionals

Listening to Our Ears – With Precision

Our ears speak to us – a healthy ear produces sound while processing incoming sound. This fascinating phenomenon, known as otoacoustic emissions, has been studied for over 40 years.

Hearing loss can result from noise exposure, infections, aging, and other factors – gradually damaging and silencing our ears.

By listening to these naturally occurring sounds, we gain a window into hearing health. But until now, that window has been blurred, offering only limited accuracy and reliability in diagnosis.

EARLAB’s breakthrough technology brings clarity – translating these sound waves into precise, objective hearing diagnostics like never before.

Clear, Accurate, Simple

EARLAB objective precision audiometry combines biophysical sound processing principles and smart signal-processing algorithms to accurately assess the hearing threshold as provided by the inner ear, the most sensitive part of the auditory system.

The most accurate objective method for determining the hearing threshold—our technique improves prediction accuracy by over 40%.

Visualizing Sound Waves from the Ear

By using precisely timed stimulation and scientifically validated time-domain analysis, we can visualize the sound waves generated within the inner ear.

Our short-pulse DPOAE method enables advanced analysis and interpretation, supporting serial monitoring and early detection of inner-ear damage.

Differential Diagnostics with Just One Measurement

By analyzing how sound conduction and neural feedback loops influence the sound waves emerging from the inner ear, EARLAB’s technology enables differential diagnosis of auditory disorders – extending up to the neural pathways of the auditory system.

All of this is achieved without requiring patient interaction or switching measurement devices.