OAE15  NEWBORN SCREENING 
We have the latest instruments for newborn screening and we can give you the training to operate and understand these easy to use but 
HIGH TECH instruments. For more information call 800-326-2706

Berafone

The BERAphone® system consists of the handheld headphone incorporating a complete set of fixed reusable electrodes which besides low costs ensures a more relaxed baby, as there is no preparation of the baby. For use with the EP15/25 ABR System more

The ERO•SCAN system is easy to use, with uncomplicated operation and test analysis. The ERO•SCAN system offers repeatable, accurate results within seconds. A printout is generated automatically when the unit is placed in the cradle.

NEW Screener Eroscan, screens at 2K,3k & 4K only
and New TEOAE & DPOAE EROSCAN

 



Otodynamics EchoCheck TEOAE Screener


OAE15

 

EP15 combo OAE15

Combining portability with automatic and manual testing, the EP25 matches a wide variety of ABR & TEOAE needs ranging from screening to clinical testing.

The automatic testing makes it well suited for waveform based screening, and the manual programmability options allow for comprehensive clinical use ranging from frequency specific threshold tests to operating room applications and cochlear implant tests.  

OAE15 Transient OAE system   

  • Two in one - may share hardware with the EP15 or EP25 ABR system
  • High quality probe system
  • Easy probe check to ensure correct fit
  • Upgradable with DPOAE
  • Various display options
  • User selectable pass / refer criteria
  • Integrated report generator

The OAE15 is a TEOAE system for fast, automated TEOAE screening and diagnostic OAE procedures. The OAE15 is available on the same hardware platform as our popular EP15/EP25 ABR systems thereby providing tremendous cost savings when purchased as a combination.

 

The Interacoustics AT235h is an automatic impedance audiometer well suited for clinics doing screening, as well as diagnostic work.
Neonatal screening programs will particularly appreciate the presence of
high probe tone  tympanometry, allowing more reliable tympanometric results in neonates.