Category: Fitting Equipment

Fitting Equipment

Latest

An Affordable Way To Take Control Of The Fitting Process

Audioscan’s Axiom offers the highest quality in standard verification. It is for clinics that need only the essentials in verifying hearing instruments. Simply connect to your laptop or an external monitor and your Axiom is ready to go to work!

Fitting Equipment

Latest

Audioscan Announces Software Updates

Audioscan announced that its equipment software updates can now be confirmed and completed from a networked-connected PC via the Audioscan Noah Module. Verifit2 software version 4.26 or Axiom software version 1.32 software must first be installed on the equipment, along with Audioscan Noah Module software version 2.22, according to the announcement.

Using autoREMfit for Hearing Aid Fitting and Verification: Evidence of Accuracy and Reliability

This clinical study by John Pumford, AuD, and Gus Mueller, PhD, examines the new autoREMfit application of Audioscan VerifitLINK as integrated into Signia Connexx hearing aid fitting software. The results reveal good fit-to-target accuracy (RMSE ~2 dB; 65 dB SPL input) for two different audiograms and coupling systems. Test-retest reliability was excellent with values no greater than 1 dB at any frequency. Clinical benefits of this autoREMfit collaboration are discussed.

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Empowering the Wearer: AI-based Signia Assistant Allows Individualized Hearing Care

Results of this study show the Signia Assistant smartphone app ensures the end-user safely gets the best possible solution for any given situation, marking an important step in going from assumption-based to data-driven knowledge—and moving away from a “one-size-fits-all approach” to precisely tuned hearing for each individual via artificial intelligence.

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Cochlear Announces FDA Approval of Three New Products

The approval of the Cochlear Nucleus Kanso 2 Sound Processor, Nucleus 7 Sound Processor for Nucleus 22 Implant recipients, and Custom Sound Pro fitting software reflects Cochlear’s “ongoing commitment to innovation in hearing technology, providing access to smartphone connectivity and helping to improve hearing performance, and enhancing the cochlear implant fitting experience for hearing health professionals.”

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Effects of Probe Tubes Inserted Through Earmold Vents on Real-Ear Probe Microphone Measurements

Effects of inserting the probe tube through various sized vents, as well as under the earmold, during real-ear probe mic testing were examined in this study by Stephen Painton, PhD, and Taylor Sweeney. Results seem to support the practice of inserting the probe tube through the vents of earmolds for a “truer” low-frequency measure. This seemed to be the case regardless of the diameter of the vent. All conditions with the probe tube under the earmold seemed to show a “slit leak” effect on the low-frequency output measures that was larger than any effect shown by the probe tube being placed through the vent.

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