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.
Screening PC-based audiometer models are one of the common types, which operate by use of a computer. Various other types would be created to use handheld window units. Their calibration is designed in such a way that, everyone can easily operate them. The problem with these devices is their inability to be calibrated accurately.
Clinical audiometer types are other types available that come with a front panel, manual and standard calibration and display units. The main application of such devices is in clinics, hospitals and by other people who specialize in treating diseases of the ear. Despite these products being accurate and simple to use some are quite expensive.
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.
A pediatric audiometer would be designed purposely to be used for infants and young children. Their sizes and calibration standards are designed to meet the needs of small kids and infants. Some of these devices come with PC-integration while others do not. The accuracy provided by these tools depends on the make and the components it is made of.
A high-frequency audiometer can be used to test loud noises, which can be the cause of various hearing disorders. Such devices are found mostly in an industrial setting where you will find many people suffering from hearing problems due to the noise produced in industries. These devices have the ability to function under very high wavelengths to identify such noises, and be able to aid in the prevention of hearing problems. The precision from the results is dependent on the threshold used though high thresholds can result to better results.
A diagnostic audiometer can either be portable or stationary, and you can buy the most suitable one depending on your needs. These devices are used by audiologists to check bone, air and speech amounts of many places to understand whether or not this can destructive to the ears of those dwelling there. Some diagnostic audiometer models could be made with PC-integration while some could be created using home windows operation systems.
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.
Screening PC-based audiometer models are one of the common types, which operate by use of a computer. Various other types would be created to use handheld window units. Their calibration is designed in such a way that, everyone can easily operate them. The problem with these devices is their inability to be calibrated accurately.
Clinical audiometer types are other types available that come with a front panel, manual and standard calibration and display units. The main application of such devices is in clinics, hospitals and by other people who specialize in treating diseases of the ear. Despite these products being accurate and simple to use some are quite expensive.
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.
A pediatric audiometer would be designed purposely to be used for infants and young children. Their sizes and calibration standards are designed to meet the needs of small kids and infants. Some of these devices come with PC-integration while others do not. The accuracy provided by these tools depends on the make and the components it is made of.
A high-frequency audiometer can be used to test loud noises, which can be the cause of various hearing disorders. Such devices are found mostly in an industrial setting where you will find many people suffering from hearing problems due to the noise produced in industries. These devices have the ability to function under very high wavelengths to identify such noises, and be able to aid in the prevention of hearing problems. The precision from the results is dependent on the threshold used though high thresholds can result to better results.
A diagnostic audiometer can either be portable or stationary, and you can buy the most suitable one depending on your needs. These devices are used by audiologists to check bone, air and speech amounts of many places to understand whether or not this can destructive to the ears of those dwelling there. Some diagnostic audiometer models could be made with PC-integration while some could be created using home windows operation systems.
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.