Real Ear Measurement: Purpose, Indications and Cost
Real Ear Measurement (REM) is a diagnostic pathology test used in audiology to ensure that hearing aids are fitted properly and calibrated correctly.
During a REM test, a tiny microphone is placed in the ear canal, and the hearing aid is then worn as usual.
The microphone measures the sound levels inside the ear canal while the hearing aid is in use, providing valuable data on how the device is functioning in real-world conditions.
This test is crucial in ensuring that the hearing aid is delivering the correct amplification levels and frequencies to the individual's specific hearing needs.
By analyzing the data gathered during a REM test, audiologists can make precise adjustments to optimize the performance of the hearing aid and improve the user's overall auditory experience.
Real Ear Measurement is often used in conjunction with other audiological tests, such as the hearing aid fitting test, real ear hearing test, and REM audiology evaluation, to provide a comprehensive assessment of a person's auditory health and the effectiveness of their hearing aids.
What is the Purpose of Performing a Real Ear Measurement Test?
The primary purpose of performing a Real Ear Measurement test is to ensure that a hearing aid is calibrated correctly and providing the necessary amplification levels to improve the wearer's hearing.
By measuring the sound levels in the ear canal with the hearing aid in place, audiologists can make precise adjustments to optimize the device's performance.
Additionally, a Real Ear Measurement test helps audiologists evaluate the effectiveness of different hearing aid settings and fine-tune them to suit the individual's specific hearing needs.
This personalized approach ensures that the hearing aid is tailored to the wearer's unique auditory profile, leading to improved communication and quality of life.
Real Ear Measurement tests are particularly useful for individuals with varying degrees of hearing loss who may require different levels of amplification at different frequencies.
By accurately measuring the sound levels in the ear canal, audiologists can identify any discrepancies between the prescribed settings and the actual performance of the hearing aid.
What are the Costs of Real Ear Measurement Tests in India?
The costs of Real Ear Measurement tests in India can vary depending on several factors, including the location of the audiologist, the complexity of the test, and any additional services included in the evaluation.
On average, the price range for a Real Ear Measurement test in India is between INR 2000 to INR 5000.
Factors that can influence the cost of a Real Ear Measurement test include the audiologist's experience and expertise, the equipment used for the test, and the clinic or hospital where the test is conducted.
Some audiologists may offer package deals that include multiple audiological tests, including Real Ear Measurement, at a discounted price.
- Factors influencing the cost of Real Ear Measurement tests in India:
- Audiologist's experience and expertise
- Equipment used for the test
- Clinic or hospital where the test is conducted
It is essential to inquire about the cost of a Real Ear Measurement test beforehand and understand what is included in the price.
Some audiologists may offer discounts for multiple tests or follow-up appointments, so it is worth exploring all options to find the best value for money.
What is the Normal Range and All Values of Real Ear Measurement?
The normal range of Real Ear Measurement values can vary depending on the individual's hearing loss, the type of hearing aid being used, and other factors.
Audiologists use these values to ensure that the hearing aid is providing the correct amplification levels and frequencies to improve the wearer's hearing.
Here is a table showing the typical ranges and their meanings for Real Ear Measurement values:
Measurement |
Normal Range |
Meaning |
Gain |
0-10 dB |
Correct amplification levels |
Frequency |
500-6000 Hz |
Adequate coverage of speech frequencies |
Distortion |
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Minimal sound distortion |
Output |
80-100 dB SPL |
Safe and effective sound output levels |