The NAM-19E contactless breathalyzer utilizes next-generation electrochemical fuel cell technology and is a reliable device capable of conducting remote measurements without physical contact during testing. It is specifically designed for use in locations requiring rapid and serial measurements, such as individuals, workplaces, restaurants, hotels, sports facilities, and mine entrances. It is used for preliminary screening, providing highly accurate measurements. The NAM-19E Alkolmeter utilizes a passive mouthpiece for serial and rapid measurements, reducing costs thanks to its speed and the invariable measurement chamber for each measurement. Its short measurement time and rapid response make it ideal for sequential serial measurements. If necessary, contact measurements can also be performed using a disposable standard mouthpiece. Ease of Use and Measurement Modes: The NAM-19E Alkolmeter performs the entire measurement process with a single button and is additionally equipped with two menu navigation buttons. The device features automatic, manual, and passive measurement modes. In automatic mode, the test subject exhales forcefully directly into the sampling chamber, and the device automatically collects the sample. In manual mode, the breath is exhaled remotely into the sampling chamber, and the test subject presses a button to collect the sample. In passive mode, the ambient odor scanning feature can be easily used to detect the presence of alcohol in the surrounding environment or in beverages, without the need to blow. Designed for serial use with sequential measurements, the NAM-19E Alkolmeter does not display the final value but rather determines the presence or absence of alcohol. After determining the alcohol content limits, it displays "Alcohol Present," "Alcohol Not Present," and "Critical Level" as the result. The critical alcohol level can be adjusted upon request. After the measurement, if the test subject requires action, a second measurement with an ARMAS Evidence class breathalyzer is mandatory to determine the exact alcohol level and record it as evidence.