This system stands out for its speed and ease of use. It is therefore ideal for rapid detection in a specific, small area. It uses 2 ground probes, searching only the distance between them. The results are displayed in table form, indicating the name of the scanned line, the level of water detected, its type and its depth.

This system performs a complete analysis of 6 lines and stands out for its ease and speed. It allows you to connect the signal purification unit as well as the soil temperature and humidity measuring unit to get more accurate results. Used for detection over a large area, it sequentially explores the four soil probes. This provides a complete result for all lines but also exhaustive details for each.

This system performs a complete analysis of 6 lines and is aimed exclusively at experts. It requires manual configuration of the scanning system parameters according to the area in which the scanning is to be carried out before starting the process. Indeed, the type of soil, the depth to be reached and the distance between the soil probes must be configured. It is best to use the signal purification unit as well as the soil temperature and humidity measurement unit here. Scanning is carried out sequentially over a large area among the four floor probes. This then provides an overall result for all rows with full details for each row.

This system is today considered a scientific revolution in the field of groundwater detection! Indeed, in this very advanced system, the hydrological result is presented in the form of 2D images and a 3D perspective of the research area. This therefore makes it possible to visualize the result according to the angle required by the user. It thus offers the possibility of analyzing each point, allowing us to know precisely its depth and the percentage of water it contains.