ZN speedy groundwater detector uses advanced CPU and algorithms, completing a measurement in 10 seconds and a full set in 2 minutes. Channels can be upgraded up to 60 by adding cables. AI offers 24/7 free analysis, enhancing accuracy through user feedback

ZN speedy groundwater detector uses advanced CPU and algorithms, completing a measurement in 10 seconds and a full set in 2 minutes. Channels can be upgraded up to 60 by adding cables. AI offers 24/7 free analysis, enhancing accuracy through user feedback

ZN speedy groundwater detector uses advanced CPU and algorithms, completing a measurement in 10 seconds and a full set in 2 minutes. Channels can be upgraded up to 60 by adding cables. AI offers 24/7 free analysis, enhancing accuracy through user feedback

AIDU's ground water exploration Golden Rod introduces segmented and multi-density scanning, data processing, 2D/3D/Slice imaging, AI insights, and offline operation, enhancing user experience and water exploration's profitability.

The 32-channel real-time imaging water finder is a real-time imaging intelligent water finder jointly developed with the Guilin Institute of Technology Hydrogeological Survey. 32 channels of simultaneous input measurements are used to obtain a stable fiel

16-channel real-time automatic 3D/2D image,10.1" Android touch screen

7-inch touch screen. Real-time imaging, intelligent and precise, adjustable depth. There are three measurement modes: MN electrode measurement, TT measurement with box probe as well as rod probe

The ADMT 200S-Y and ADMT 300S-Y single-channel ground water detectors, developed by AIDU, provide stable performance, intelligent precision, and on-site mapping, making the location and depth of underground water clearly identifiable.

Low-cost with great value, 5" touch screen real time imaging, intelligent and accurate, depth adjustable Three measurement ways: MN electrodes measurement and box (or rod) shapped probe measurements

It is not affected by the terrain and can measure on rocks, concrete pavements and infill surfaces, solving the disadvantage that MN electrodes cannot be inserted underground. It is easy to carry and can be measured by a single person walking or stopping.