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The Aurical HIT Type 1082 is intended to be used by audiologists, technicians, and other professionals who perform hearing instrument testing. Used in conjunction with the OTOSuite software, the Type 1082 permits presentation of acoustic sounds and magnetic field stimuli in order to assess the audio processing and telecoil functionality of the hearing instrument.

AURICAL HIT is designed for Hearing Instrument Testing and Coupler-Based Fitting. AURICAL HIT connects via USB to a computer running the OTOsuite software. With the OTOsuite HIT Module one can perform traditional hearing instrument testing according to either the ANSI or IEC test protocols, and obtain a consistent picture of every hearing instrument, regardless of manufacturer or type. With the OTOsuite PMM Module one can perform Probe Microphone Measurements in a coupler for pre-programming and pre-fitting hearing instruments without the client being present. It is easy to position hearing instruments on snap-on couplers inside the AURICAL HIT test chamber and it is easy to access the hearing instruments in the test chamber during test without disturbing the test setup. The battery pill types are recognized automatically, and the reference microphone ensures reliable positioning in the test chamber.

Primus Hearing Instrument Test Unit (PHITU): The Primus Hearing Instrument Test Unit is intended for use by professionals such as an audiologist, hearing healthcare specialist, or trained technician. Audiometric testing should take place in an extremely quiet environment and care should be taken to ensure optimal test conditions and safety of the client during testing. The Primus Hearing Instrument Test Unit is intended to give an objective indication of the characteristics of a Hearing Aid, by visualizing a signal recorded in the test coupler with reference information such as target curves in order to make adjustments of the Hearing Instrument settings. - The Primus Hearing Instrument Test Unit is indicated for technical quality inspection of hearing instruments with no clients involved. Primus Fitting Unit (PFU): The Primus Fitting Unit is intended for use by professionals such as an audiologist, hearing healthcare specialist, or trained technician. Audiometric testing should take place in an extremely quiet environment and care should be taken to ensure optimal test conditions and safety of the client during testing. - The Primus Fitting Unit is intended for hearing test. - The Primus Fitting Unit with stated accessories is indicated for non-continuous, noninvasive air and optionally bone conduction and speech audiometric testing in quiet office and sound treated environments. - The Primus Fitting Unit is indicated for non-continuous real-ear measurements at the ear drum by means of noninvasive external ear canal insertion of a probe tube in quiet office environments. - Finally the system can be used to present hearing instrument related sound examples through headsets or loudspeakers. - The Primus Fitting Unit is indicated for use with both pediatric and adult age groups. - The Primus Fitting Unit is not indicated as a sole means of diagnostics.

The Primus Fitting System is a PC operated system that contains Primus Hearing Instrument Test unit (PHITU) for Hearing Instrument testing (HIT), Primus Fitting Unit (PFU) for Audiometry (AUD) and Real Ear measurement (REM). The Primus Fitting System is operated from a dedicated software application installed on a standard Windows operating system. The Primus Fitting system can either be sold individually (PHITU or PFU) or together (PHITU and PFU). The Primus software solution operates within the NOAH framework, as well as stand-alone. On-top diagrams and control panels make it easy to use simultaneously with the proprietary hearing instrument fitting systems of your choice. The stand-alone client data files hold all historical session information, and makes fittings away from the office very easy. Audiometry (AUD): Primus AUD is a PC based audiometry module providing a wide range of possibilities within pure tone audiometry, bone conduction audiometry and speech audiometry including inserts probe and industry standard headsets with an option of high frequency testing. Real Ear Measurements (REM): Primus REM offers classic Real Ear Measurements as well as comprehensive Speech Mapping measurements, where all measurements include high frequency testing. The measurements are supported by a large sound library including technical sounds, daily life sounds, speech signals and dialogue. The Primus REM module contains 2 probes (one for each ear) each with 2 microphones used for measuring the sound level outside and inside the ear. The classic Real Ear Measurements, which can be performed by Primus REM, include: Unaided, Occluded and Aided Response as well as Insertion Gain. Toggling between SPL and Gain shows the response measurements in gain view. The PFU hardware is powered by a USB connection from the PC and a medical grade power supply (for extended sound pressure) and can be placed at the most convenient working place. Hearing Instrument Testing (HIT): Primus HIT offers full featured technical measurements for testing and troubleshooting hearing instruments. The test can be run as an automatic test sequence in accordance with European and American standards. The Primus HIT unit module contains of 2 microphones (one for measuring and one for reference) and various couplers for hearing aid testing. The PHITU hardware is powered by a USB connection from the PC and can be placed at the most convenient working place.

Type 1053 FreeFit is intended for audiologists, hearing instrument dispensers, ENTs, speech therapists and other health care professionals. The intended use is that the user is able to visualize the amplified signal recorded in the ear(s) of persons with a hearing loss together with reference information such as target curves in order for the user to have an objective basis for adjusting the Hearing Instrument settings.

The GN Otometrics Type 1053 FreeFit is a PC-based system that contains hardware and software for one or more applications. The applications are controlled from selfcontained software modules installed on a common software platform. The following applications are available: Real ear measurement system (i.e., audio fitting system) and Simulator system. As a real ear measurement system, the Type 1053 FreeFit plays calibrated sound files and measures the sound pressure level in the ear canal. The difference between the measured sound level outside the ear and in the ear canal gives the gain from the hearing aid. This allows for adjusting hearing aids and demonstrating hearing aid features like noise suppression. The Type 1053 FreeFit system also shows target curves that the hearing aid dispenser can use as guidelines for adjusting the hearing aid. The real ear measurement system consists of a neckset, a charger unit with mains adapter, two probes connected to the neckset, software for installation on a PC (i.e., OTOsuite Probe Microphone Measurements (PMM)) and hardware for connection to a PC. The neckset is connected to the PC via a Bluetooth radio link (i.e. no physical connection to the PC). The FreeFit Neckset is the actual measuring device. It contains 2 probes (one for each ear) each with 2 microphones used for measuring the sound level outside and inside the ear. Digital signal processing in form of Fast Fourier Transformations takes place inside the device and the obtained frequency spectra are transmitted to the OTOsuite via Bluetooth. The microphones measuring outside the ear are used for calibrating the sound level. Measurements inside the ear canal (near the eardrum) are conducted with a biocompatible silicone tube guiding the sound waves to the microphone. And the probes contain an o-ring also in biocompatible material for fastening at the ear (pinna). The FreeFit Charger is used to charge the FreeFit neckset via an inductive coil system. The charger includes a power adaptor connected to mains and providing DC input to the charger stand. OTOsuite PMM is a software platform required for measuring with the Type 1053 FreeFit, displaying the results and controlling the played sound files and levels. OTOsuite runs on most windows based PCs. The Type 1053 FreeFit also has the capability to act as a hearing loss simulator and a hearing instrument simulator. These applications are commonly used to demonstrate the level of hearing loss suffered by a patient and the degree to which that loss can be overcome by use of a hearing instrument. The simulator consists of software for installation on a PC (i.e., OTOsuite Counseling and Simulation (C&S)) and hardware for connection to a PC (i.e., headphones). OTOsuite C&S is a software application that is required for simulating hearing loss and hearing instruments as part of the counseling process.

ACAM® 5 is intended as an aid in diagnosing hearing loss and fitting of hearing aids. The device consists of an audiometer that can be used individually or with the other ACAM modules for performing Real Ear Measurements (REM), Hearing Instrument Test (HIT) and loudness scaling. ACAM 5 should be used by persons trained in audiology on patients of any age who are able to understand the basic principles of the test method when explained by the operator.

ACAM® 5 is an audiometer with optional components for performing Real Ear Measurements (REM) Hearing Instrument Testing (HIT) and loudness scaling. It is intended to aid trained audiologists and hearing aid professionals in the diagnosis of hearing loss and the fitting of hearing aids. As a part of the REM and HIT modules ACAM performs several kinds of signal analysis including root mean squared (RMS), fast Fourier transformation (FFT) and percentile analysis (PA). ACAM® 5 gives an audiologist the ability to use one or any combination of the diagnostic tools recommended by the National Acoustics Laboratory (NAL) and Dr. Richard Seewald (DSL-IO). Available ACAM® 5 hardware consists of an audiometer with a modular control unit for peripheral components, which include a large or small hearing instrument test box and an in sity ear probe for real ear measurement. Headphones for audiometry, bone conduction and loudness scaling. loudspeakers, a microphone and an interrupter switch are available for use with the audiometer. ACAM®'s operational software meets the international software standards established by the Hearing Instruments Software Manufacturers Association (HIMSA) and the speech recognition standards (ISTS, International Speech Test Signals) established by the-European Hearing Instrument Manufacturers Association (EHIMA). The ACAM® 5 system meets or exceeds the following international standards: IEC 60645, ISO 8253, ISO 16832, ANSI S3.6, ANSI S3.22, EN 60118-0, EN 60118-7, DIN IEC 60118-15, ISO 12124, ANSI S3.43 ACAM® 5 should be operated by individuals with education and training in the field of audiology such as audiologists, hearing aid dispensers, health care and school nurses and ear nose and throat specialists.

This device performs electro-acoustical, telecoil, and battery current measurements of hearing aids.

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The Unity 2 HIA and Probe are intended to be used as a system to: (1) perform Real Ear Measurement; (2) get an objective indication of the characteristics of a hearing aid; and (3) assist in the adjustment of hearing aids while in use by the patient. It is used by ENTprofessionals and in clinics for hearing aid fitting.

Siemens Unity 2 HIA and Probe (for use with Siemens Unity 2 System)

The SpeechLink 100 is a hearing aid calibrator and analysis system that is an electronic reference device intended to calibrate and assess the electroacoustic frequency and sound intensity characteristics emanating from a hearing aid.

The SpeechLink is a PC-based system that contains hardware and software for one or more applications. The applications are controlled from self-contained software modules installed on a common software platform. The following applications are available: Audio fitting system and Simulator system. The fitting system consists of a neckset, a charger unit with mains adapter, two probes connected to the neckset, software for installation on a PC and hardware for connection to a PC. The neckset is connected to the PC via a Bluetooth radio link, i.e. no physical connection to the PC. The simulator consists of software for installation on a PC and hardware for connection to a PC.

The REM440 system is intended to be used as a system to perform Real Ear Measurement and assist in the adjustment of hearing aids while in use by the patient. It is used by ENT-professionals and in clinics for hearing aid fitting. This device can either be sold individually or together with other Thor Platform modules in the same housing.

REM440, (for use with Thor Platform System Products)

The AC440 system is intended to be used for the detection and diagnosis of suspected hearing loss. The HIT440 system is intended to be used as a means to get an objective indication of the characteristics of a hearing aid and as a help for making the adjustments of the hearing aid to the patient. It is used by manufacturers of hearing aids and in clinics for hearing aid fitting. These two devices can either be sold individually or together in the same housing. The HIT440 system may also be used with other approved Hearing aid test chambers

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The device is not applied to a patient for any direct treatment of any illness or condition. It is not prescribed or used as an over the counter device. It is not used by a patient. If the patient wears a hearing aid, then the device may be used to determine the electroacoustic performance of the hearing aid when worn by the patient or as tested in a coupler/sound box.

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