A water detection device has recently been shipped to a customer in Europe. The equipment will be used by a local well drilling company to assist in groundwater exploration and well site selection. By analyzing changes in geological structures, the device helps drilling teams determine suitable drilling locations and identify the depth and distribution of water-bearing layers before drilling operations begin.
This instrument is based on the natural geomagnetic field principle. It measures the variation pattern of electric field components △Vs (mV) at different frequencies and generates real-time curve charts and geological structure profile maps. Through the analysis of these data, operators can identify underground formations such as aquifers, fracture zones, and karst cavities, providing important reference information for water well drilling projects.
The system is equipped with 16 independent detection channels that allow simultaneous signal acquisition from multiple depths. With an Android display and an integrated 3D imaging system, the device converts underground structural data into visual images, helping drilling teams better understand subsurface conditions before drilling.
Designed for field operations, the main body is made of ABS engineering plastic, offering waterproof and impact-resistant performance. The device uses a 12V power supply that supports long hours of outdoor work. With a total weight of only 1.9 kg, it is lightweight and convenient for single-person operation and transportation.
This groundwater detection instrument has been exported to more than 180 countries and regions, supporting water well drilling and geological exploration projects worldwide. If you are looking for a water detection device for groundwater exploration, feel free to contact us for more information.
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