Easy To Use Pathway Mr 20 And Mr 25 Emg Units For A Limited Time [JzqtGswr]

Easy To Use Pathway Mr 20 And Mr 25 Emg Units For A Limited Time [JzqtGswr]

The Easy To Use Pathway Mr 20 And Mr 25 Emg Units For A Limited Time [JzqtGswr] are cutting-edge clinical units designed for precise and reliable electromyography (EMG) analysis. These units are built to accommodate the demands of various medical applications, offering both professionals and patients the comfort and efficiency they need. With features that make data collection and analysis effortless, these units are a valuable asset in any clinical setting.

Key Features and Specifications

The MR 20 and MR 25 EMG Units come packed with state-of-the-art functionalities that streamline the EMG process. Continuous operation or work/rest prompts ensure consistent and uninterrupted usage, while automatic data storage means no more manual recording and transcription errors. Additionally, the units are compatible with the Pathway Utilities/Compliance software, which allows for computer output for easy data download and real-time graphics. The functional electrical stimulator interface provides additional versatility for various therapeutic applications. To further enhance the capabilities, you will need to order the Telesis Software Program, Item number 7001254.

Comprehensive Package and Benefits

Each unit comes with a comprehensive package to ensure a hassle-free experience. The MR 20 features an alpha/numeric LCD display for clear and easy-to-read information, while the MR 25 boasts a vivid tri-color LED display that adds to its visual appeal. The units also include a 9-Volt battery, four electrodes, and a serial output with cable for PC interface and carrying case. Operation is easy, with goal types such as Above Tone, Below Tone, Above Stim, Below Stim, Maximum Display with Marker, and Matrixed Audio Tone and A/B Ratio. These features make the MR 20 and MR 25 EMG Units an excellent choice for clinicians and researchers alike, providing a reliable tool for accurate EMG measurements.