Evidenzer

Everyone agrees that driving and alcohol do not go together. Therefore, the police carry out alcohol checks to detect intoxicated drivers. When someone has blown into the police's screening instrument and is found to be drunk at the wheel, the person must take another breath test in an Evidenzer. The evidential breath testing instrument measures the exact alcohol content in the breath.

product Evidenzer
product Evidenzer

Evidenzer is an IR-based evidence sampling instrument used in the legal system in several countries. The instrument comes in two different versions, Evidenzer Classic and Evidenzer Mobile. Classic does not have a keyboard or screen and is therefore connected to a personal computer with sampling software that displays the measurement result. Mobile has a built-in keyboard, screen, and printer for control and reading, but can also be used with a personal computer. The Evidenzer models are robust, designed to withstand outdoor environments with varying temperature conditions and to be moved between different positions such as cars, buses, boats, and helicopters. Both instruments are based on infrared (IR) technology, which is a very specific method for analyzing the impact of volatile substances, known as hydrocarbons, in exhaled air. The measurement values have high selectivity, i.e. the ability to determine which substance is influencing. By measuring the absorption of infrared light at several different wavelengths, it is possible to definitively establish that the influence truly comes from alcohol (ethanol).

Evidenzer is an IR-based evidence sampling instrument used in the legal system in several countries. The instrument comes in two different versions, Evidenzer Classic and Evidenzer Mobile. Classic does not have a keyboard or screen and is therefore connected to a personal computer with sampling software that displays the measurement result. Mobile has a built-in keyboard, screen, and printer for control and reading, but can also be used with a personal computer. The Evidenzer models are robust, designed to withstand outdoor environments with varying temperature conditions and to be moved between different positions such as cars, buses, boats, and helicopters. Both instruments are based on infrared (IR) technology, which is a very specific method for analyzing the impact of volatile substances, known as hydrocarbons, in exhaled air. The measurement values have high selectivity, i.e. the ability to determine which substance is influencing. By measuring the absorption of infrared light at several different wavelengths, it is possible to definitively establish that the influence truly comes from alcohol (ethanol).