Clear Ear Model
Westone Laboratories, Inc.

This model is designed to aid viewing of the entire ear including the ear canal, middle ear components such as the tympanic membrane and auditory ossicles, and inner ear components such as the semicircular canals and Cochlea. All three bones that make up the auditory ossicles are represented in clear detail; malleus, incus, and stapes. Model size: 2-3/4" x 2-1/4" x 2-1/2". This unique ear model also comes with a white stand and an educational card which explains in greater detail the many components of the human ear. Card size: 6-1/2" x 5-1/4"

FONIX COLT Audiometer
Frye Electronics, Inc.

Frye Electronics has leaped ahead of the competition with a new, revolutionary audiometer built into an Android Tablet. With an intuitive touch-based interface that mimics the controls of a traditional audiometer, the FONIX COLT Audiometer is easy to use for both beginning and experienced clinicians.
Touch Interface
In the past, audiometers used push buttons and knobs to perform a variety of basic functions. These audiometers had limited functionality, but were generally easy to use because all the controls were in front of the user. Later-generation audiometers added new functionality, but often at the expense of the user interface, requiring users to use a mouse to navigate through multiple menus in order to adjust settings. The FONIX COLT Audiometer is a new third-generation audiometer, combining the easy-to-use controls and layout of a traditional audiometer with the advanced flexibility of a computer-based audiometer. No mouse or complicated menus are required for opera...

The HEARLab® System–Cortical Auditory Evoked Potential Analyzer
Frye Electronics, Inc.

Cortical Auditory Evoked Potential (CAEP) measurements are used to detect whether particular sounds produce an electrical response in a patient’s brain. HEARLab provides the hearing health professional with an easy-to-use method of performing this measurement.
A transducer such as an insert earphone, bone vibrator, or sound field speaker is used to deliver the test signal to the patient who is passively alert. Electrodes placed on the patient’s head measure the cortical response. A statistical analysis of each response (a “p-value”) is automatically calculated to determine the probability that a CAEP signal was present. The clinician can verify this analysis with a visual examination of the measured cortical response.
CAEP can be tested on patients who are unable or unwilling to communicate to the clinician about whether they can hear a signal. This could include infants and small children who have not yet developed language skills, and adults who are...

Baha 3 System
Cochlear Americas

The Baha System utilizes your body’s natural ability to conduct sound.

Bone, like air, can conduct sound vibrations. For people with hearing loss, this provides another pathway to perceive sound. Typical hearing aids rely on air conduction and a functioning middle ear.

In cases where the middle ear function is blocked, damaged or occluded, the Baha system may be a better option as it bypasses the outer and middle ear altogether. Instead, sound is sent around the damaged or problematic area, naturally stimulating the cochlea through bone conduction.

When someone has lost most of the hearing in one ear, but has normal hearing on the other side, the Baha system works to reroute sound to the better ear. It uses our body's natural ability to conduct sound through bone to deliver the signal to the better hearing ear.

Once the cochlea receives these sound vibrations, the organ 'hears' in the same manner as through air conduction; the sound is converted int...