A Solution that Works Critical decisions are made on the basis of test results, so it is essential that those results are accurate and reliable. Eclipse gives you the best possible foundation for achieving that goal.
Based on user feedback Eclipse is tried and tested in the field. It has been developed over a number of years using extensive feedback from end users, patients and audiological experts. It provides real results in real situations.
A complete solution Eclipse can measure all types of auditory evoked potentials and otoacoustic emissions. It performs all tests from a single high performance hardware unit connected directly to your own pc, laptop or workstation. Results go to a common database with printable reports in paper form or shared electronically.
Modular software Modular software means you can assemble exactly the test battery you need. All modules have similar interfaces, making the whole system easy to learn and easy to use. And you can extend it at any time.
The Eclipse
One platform for all tests
Modular and future safe
Patient safety
Compact and powerful
Puts you in control
Results you can trust
ICS Chartr EP 200/ASSR
Comprehensive EP Testing - as easy as it gets! The ICS Chartr EP 200 is a new EP solution from Otometrics. It builds on the expertise of our ICS Chartr line creating smaller, portable systems, while maintaining the easy-to-use software interface valued by our customers.
Features:
Comprehensive test battery: Click Evoked ABR, Toneburst ABR, Electrocochleography, VEMP (optional), AMLR, ALR and P300 (optional)
ASSR – Collect 12 frequencies (6 per ear) simultaneously with the RapidASSR response detection algorithm.
EMG monitoring during VEMP testing
User-friendly software with easy navigation
Flexible display options adaptable for personal preference and need
State-of-the-art reporting
Transducer options: Insert earphones, TDH headphones, B71 bone oscillator
SmartEP, is the most complete and flexible platform for the acquisition of Evoked Potentials. A straightforward Control Panel allows for fast data acquisition, while the great variety of controls allow you to perform tests the way you want them.
Base functionality includes:
Electrocochleography (ECochG).
Click and Tone Auditory Brainstem Response (ABR).
Middle Latency Response (MLR).
Late Latency Response (LLR).
Optional Add-on Modules
P300/MMN Add-on module.
Electrical ABR for Cochlear Implants (eABR).
Chained Stimulus
Notched Masking.
Intelligent Hearing Systems - SmartEP-ASSR
Auditory Steady State Evoked Responses
ASSR takes the guesswork out of audiometric evaluation by providing accurate threshold detection using statistical analysis, greatly reducing the potential for human error.
SmartEP-ASSR features include:
Dual ear stimulation and dual channel acquisition.
Simultaneous multi-frequency testing.
Test at the four main audiometric frequencies or create your own protocol.
“Response” or “No Response” evaluation result for each frequency and intensity level tested
Patented technology that obtains frequency-specific auditory threshold information
Test 8 frequencies at the same time resulting in data collection that is 3 times faster
View real-time EEG and the response spectrum
Easy tracking of results. Table on the collection screen records the f-ratio for each frequency collected at each intensity level
Printing of physiological audiogram with air conduction, bone conduction, and sound field data on the same audiogram
Test both ears using a Cz to Nape or Cz to Mastoids montage
Masking is available for bone conduction or unilateral hearing loss
GSI Audera
Grason Stadler Audera
Discovered and developed in the 1980s at the University of Melborne, a new category of auditory evoked potentials is the solution for frequency-specific hearing assessment in infants and children. The auditory steady-state response (ASSR), also called the steady-state auditory evoked potential (SSEP), meets all the criteria for follow-up diagnostic testing. Auditory steady-state responses: can be reliably recorded in sleeping neonates and children, are evoked by frequency-specific tonal stimuli, can be detected objectively using statistical algorithms, have thresholds that are highly correlated with behavioral audiogram thresholds, and can be used to estimate the behavioral pure tone audiogram.
