Affinity 2.0
Affinity 2.0 is an all-in-one hearing aid fitting device. It provides audiometry, real-ear measurement (REM), visible speech mapping (VSM) and hearing instrument testing (HIT). Help your clients on their journey towards audibility.
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Verify hearing aid amplification
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Visualize hearing aid performance
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Ensure a complete fitting with one piece of equipment
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Compatible with Noah and OtoAccess® Database
Also available with Audiometry software.
Mix and match modules
Affinity 2.0 is an agile piece of equipment. It combines a hearing aid test box with any module you need for your hearing aid fitting appointments. Adjust the package of modules to fit your needs.
REM440
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Objectively verify hearing aids by measuring the output at your client's eardrum.
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Binaural REM - halve the fitting time.
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On-Top mode - effectivizes the fitting process with a simultaneous view of the hearing aid fitting and REM software.
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Simulation of life-like noise environments.
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Combine REM with visible speech mapping to help your client acclimatize to her new hearing aids.
HIT440
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Endless loop testing.
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Testing directional microphones.
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Built-in test sequences.
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Historical sessions.
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Tests all types of hearing aids.
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Variable smoothing of curves.
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Telecoil testing.
VSP440
Combines counseling with real-ear measures. This helps to visually explain what your client can hear.
The module also shows how your client's hearing aids accommodate her hearing loss.
A proven method to manage expectations and reduce the amount of follow-up visits.
SKS10 - Skull Simulator
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Battery voltage.
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Current consumption.
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Frequency range.
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Peak OFL at 50 dB / 60 dB / 90 dB SPL input.
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Equivalent input noise.
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Processing delay.
„The B-81 bone vibrator provides higher output and lower harmonic distortion compared to the B71. This may offer a significant clinical advantage. Conductive components of severe hearing losses that cannot be measured with the B71 vibrator may be measurable with the B-81. This is important for medical diagnosis and treatment, programming hearing aids, and determining cochlear implant candidacy.“
