Maico touchTymp Screening

Maico TouchTymp Screening is a tympanometer and impadence meter device that offers an innovative solution in the field of hearing health. This device is used to evaluate middle ear functions and perform hearing health screenings. Its two variations, Mi24 and Mi26, are designed to meet different needs.

Mi24 is a combination tympanometer and impedance meter ideal for clinical environments. It is extremely easy to use thanks to its touch screen feature. Mi24 provides hearing healthcare professionals with a broad set of data and optimizes screening processes. With its PC-based feature, it allows test results to be easily stored and analyzed.

Mi26 is a variation designed more for portability and field work. Thanks to its lightweight and compact design, users can easily carry the device and use it in different environments. Mi26 is the ideal solution for those who want to perform hearing health screenings quickly and effectively.

Both variations combine tympanometer and impedance meter features. These features enable middle ear functions to be examined in detail and accurate diagnoses to be made. Additionally, the ability to perform middle ear testing helps detect various middle ear diseases and manage treatment processes.

Maico TouchTymp Screening is designed to suit the needs of users in hearing health screenings. Both variations have a user-friendly interface and reliable test results. With its touch screen and intuitive menus, users can easily use the device.

These devices provide hearing healthcare professionals with a broad set of data. Automated testing protocols and customizable reporting features enable users to easily manage data. This supports hearing care professionals' decision-making and optimizes patient management.

As a result, Maico TouchTymp Screening offers an innovative and effective solution in the field of hearing healthcare. Mi24 and Mi26 variations are designed to meet different usage needs. These devices, which combine tympanometer and impadence meter features, are an ideal solution to evaluate middle ear functions in detail and ensure accurate diagnoses.