Audiologists use various tools when diagnosing and treating hearing related disorders. One of these devices is an audiometer, which comes with two earphones, test button and built-in software and hardware. Manufacturers supply various types of audiometers to be used differently. When you decide to buy an audiometer, it would be essential to take various measures to ensure that you get the best one.
A screening PC-based audiometer is constructed to use a standard computer. Other PC-based audiometer models would come with handheld windows driven mechanism. Many PC-based devices are easy to use and calibrate. However, these audiometer models may not be quite accurate as they lack a standard mode of calibration.
Some clinics, hospitals and professional audiologists use the clinical audiometer. This device is composed of several components; some that are display units, manual and standard calibration components and a front panel. The problem with these devices is that they are too expensive even though they provide very accurate results.
Other common types are the industrial ones. Some of these industrial devices come with PC-integration while others may come with bone and speech testers. The devices provide high standards of precision when compared to other types available. Their main applications are in hospitals, schools, buildings and industries.
In order to diagnose hearing problems in small kids and infants, audiologists would need a pediatric audiometer. This equipment comes with well set calibrations and sizes to meet the intended use of diagnosing small children. You can decide to purchase devices that have PC-integration or the ones that do not have depending on your special needs. Various audiometer models would be more accurate as compared to others hence you need to be careful when choosing.
A high-frequency audiometer is used for early testing of hearing sensitivity to noise, which can cause hearing losses. It is most common in an industrial setting where there are high levels of hearing loss due to production of loud noise. These tools are made with the capabilities to operate under certain high frequencies to diagnose such noises in order to aid in the prevention of potential hearing lose. The accuracy of the results depends on the threshold used though high thresholds can lead to better results.
A diagnostic audiometer can be either portable or stationary. These devices are used by audiologists to test bone, air and speech levels of certain areas to know whether it can destructive to people around. Some diagnostic audiometer models would be designed with PC-integration while others would be made with windows operation mechanisms.
Both audiologists and patients with hear-loss disorders need an audiometer for various reasons. For instance, audiologists need it when diagnosing a patient with hearing disorders while the patient would benefit by knowing his or her hearing conditions. Therefore since it benefits both the audiologist and the patient, each of them would need to know the main types available. This is because each of the devices would work differently meaning people would need to use them for their intended purpose.
A screening PC-based audiometer is constructed to use a standard computer. Other PC-based audiometer models would come with handheld windows driven mechanism. Many PC-based devices are easy to use and calibrate. However, these audiometer models may not be quite accurate as they lack a standard mode of calibration.
Some clinics, hospitals and professional audiologists use the clinical audiometer. This device is composed of several components; some that are display units, manual and standard calibration components and a front panel. The problem with these devices is that they are too expensive even though they provide very accurate results.
Other common types are the industrial ones. Some of these industrial devices come with PC-integration while others may come with bone and speech testers. The devices provide high standards of precision when compared to other types available. Their main applications are in hospitals, schools, buildings and industries.
In order to diagnose hearing problems in small kids and infants, audiologists would need a pediatric audiometer. This equipment comes with well set calibrations and sizes to meet the intended use of diagnosing small children. You can decide to purchase devices that have PC-integration or the ones that do not have depending on your special needs. Various audiometer models would be more accurate as compared to others hence you need to be careful when choosing.
A high-frequency audiometer is used for early testing of hearing sensitivity to noise, which can cause hearing losses. It is most common in an industrial setting where there are high levels of hearing loss due to production of loud noise. These tools are made with the capabilities to operate under certain high frequencies to diagnose such noises in order to aid in the prevention of potential hearing lose. The accuracy of the results depends on the threshold used though high thresholds can lead to better results.
A diagnostic audiometer can be either portable or stationary. These devices are used by audiologists to test bone, air and speech levels of certain areas to know whether it can destructive to people around. Some diagnostic audiometer models would be designed with PC-integration while others would be made with windows operation mechanisms.
Both audiologists and patients with hear-loss disorders need an audiometer for various reasons. For instance, audiologists need it when diagnosing a patient with hearing disorders while the patient would benefit by knowing his or her hearing conditions. Therefore since it benefits both the audiologist and the patient, each of them would need to know the main types available. This is because each of the devices would work differently meaning people would need to use them for their intended purpose.
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