A versatile device offering auditory evoked potentials (AEP), auditory steady state response (ASSR), vestibular evoked myogenic potentials (VEMP) and otoacoustic emissions (OAE). Designed to fit seamlessly into your workflow and offers complete reliability and perfect results.
Solid and noise immune hardware
Modular platform
We all strive towards a common goal: To achieve reliable test results to screen or diagnose patients accurately and efficiently.
Whatever your challenge may be, the Eclipse hardware platform enables you to focus on the job at hand with the assistance of dedicated software modules for all facets of auditory evoked potentials and otoacoustic emissions.
A range of pre-loaded test protocols are available in each software module ensuring that you will quickly feel confident. After getting acquainted with the software you can add or modify test protocols and tailor them to your specific needs.
The clear layouts allow you to easily interpret the results and focus on the essential outcomes of the test, which can be saved into OtoAccess® Database for easy retrieval, review and export to your EMR in XML format.
The revolutionary CE-Chirp® stimulus family for threshold assessment (developed by Claus Elberling) compensates for frequency specific cochlear travel times and generates waveform responses up to twice the size of traditional click or tone burst stimuli.
The original CE-Chirp® was designed for optimal response amplitude at medium stimulation intensities. By using the level specific CE-Chirp®, clearer waveform morphology at high intensities is also available. The introduction of the CE-Chirp® LS stimulus family is an overall improvement to the original CE-Chirp® stimulus family.
For an easier visual evaluation of the NB CE-Chirp® responses, each of the NB CE-Chirp® stimuli have been time shifted to provide latencies similar to Click and the CE-Chirp® LS stimulus. The time-shifted NB CE-Chirp® are named NB CE-Chirp® LS, as the placements are level specific. Otherwise, the NB CE-Chirp® LS are identical to the original NB CE-Chirp®.
The CE-Chirp® stimulus family is incorporated in the EP25 (*optional for EP15) and ASSR software modules from Interacoustics.
Threshold & neurological ABR testing & eABR
Cochlear microphonic & ECochG testing (optional)
Cochlear microphonic & ECochG testing
Traditional hearing testing is not possible in infants and in patients with complex needs, leaving a big question mark on the benefit of a fitted hearing device. Until now.
The Aided Cortical module for the Eclipse offers an objective method to validate the benefit of a fitted hearing aid or cochlear implant in patients who cannot subjectively respond to a hearing test.
The aided cortical test is based on electrophysiological cortical responses and will allow you to evaluate whether the patient perceives speech-like sounds.
With the speech-like ManU-IRU stimuli and precise response detector, you get a quick and accurate tool that provides the control you need to make the right clinical decisions.
The included sound field analysis feature allows you to quickly check your sound environment and adjust the stimulus presentation accordingly.
You can use the aided cortical test to reassure parents or other relatives that the patient benefits from the hearing device and make informed adjustments to the hearing device if needed.
By performing aided cortical testing, you can optimize the hearing care pathway and improve the outcome for infants and patients with complex needs who have a hearing loss.
The ASSR software enables 8 frequencies to be tested simultaneously to threshold in less than 20-30 minutes through the use of Narrow Band CE-Chirp® stimuli and a patented detection engine.
The Eclipse hardware platform accommodates both DPOAE and TEOAE testing.
The Eclipse oVEMP and cVEMP tests measure and analyse the vestibular evoked myogenic potential generated by a loud stimulus.
Valid cVEMP results are dependent on correct and controlled EMG tonus. The VEMP software provides visual feedback of the muscle contraction to assist you in helping the patient to obtain correct muscle tonus throughout the entire test. This can be done from the software or on a separate patient monitor for cVEMP testing.
The Eclipse VEMP (and ABR) can stimulate up to 100 dB nHL with clicks and 110 dB nHL with 250-4000 Hz tonebursts. The B81 bone conductor can go up to 75 dB nHL with 250-4000 Hz tonebursts.
Check out the latest training material for Eclipse.