The ADMT-200AX and 500AX are revolutionary, mobile groundwater detection instruments, representing a significant upgrade in water prospecting technology. Designed for professionals, these devices offer efficient and accurate groundwater resource detection at depths of up to 200m (ADMT-200AX) and 500m (ADMT-500AX)

• Advanced Electromagnetic Technology: Utilizing cutting-edge geophysical exploration technology for superior accuracy in water detection.
• Mobile & Smart: Control the device directly from your smartphone or tablet for real-time data analysis and unparalleled portability.
• Automatic 2D/3D Imaging: Generate detailed 2D and 3D geological images instantly in the field, providing a clear visualization of groundwater location and depth.
• Increased Resolution & Precise Depth Selection: Experience higher resolution data and more accurate depth mapping compared to traditional methods, leading to more successful water well drilling.
• Efficient Water Prospecting: Save time and resources with a fast, reliable, and easy-to-use water finding instrument.
• Professional Water Prospector: The upgraded model offers unparalleled data and more accurate readings.

Operating Principle: Listening to the Earth’s Subsurface Signals

The ADMT-200AX and ADMT-500AX groundwater detectors operate on the principle of the “Natural Electric Field Frequency Selection Method,” a sophisticated geophysical technique also known as the Audio-Magnetotelluric (ADMT) method. These advanced instruments cleverly leverage the Earth’s naturally occurring electromagnetic fields to pinpoint underground water sources.

Key Features & Advantages:

• Precise Detection up to 200/500 Meters:
  Capable of detecting depths up to 500 meters with adjustable interval settings such as 5m, 10m, and 20m to meet various accuracy requirements.

• Smartphone Control & Mapping:

  • User-friendly dedicated app with simple operation.

  • Real-time data curves displayed during measurement.

  • Instantly generates 2D cross-sections, 3D models, and slice maps post-measurement, providing intuitive visualization of subsurface structures and water anomalies.

• Dual Measurement Modes for Various Terrains:

  • MN Electrode Method: A traditional two-electrode measurement method that inserts alloy electrodes into the ground, suitable for most terrains.TT Electromagnetic Probe Method: A portable probe measurement method that requires no electrodes, ideal for hard surfaces such as concrete, asphalt, or exposed bedrock, greatly expanding the instrument’s application range.

• AI-Based Smart Analysis:
  Built-in AI functions analyze results and offer water detection suggestions, reducing the reliance on professional expertise.

• Portable & Easy to Use:
  Compact main unit combined with smartphone operation allows a single person to complete the entire field survey, significantly improving work efficiency.

• Cloud Data Storage & Online Consulting (Select Models/Services):
  Measurement data can be stored on the phone for easy viewing, export, and sharing. Advanced services may include cloud uploads and expert interpretation consulting.

• Online/Offline Measurement Support:
  Multiple modes accommodate both connected and disconnected environments.

• Highly Efficient & Stable:
  Powered by a high-performance lithium battery with low power consumption and long endurance. Optimized circuitry ensures strong anti-interference capability and stable, reliable data.

Main Application Fields:

• Locating Drinking Water Sources:
  Quickly identify well locations for domestic use in drought-prone, mountainous, or remote villages.

• Irrigation for Farmlands and Orchards:
  Solve agricultural water supply issues and support farming productivity.

• Engineering Construction Surveys:
  Map underground water before major construction (railways, highways, bridges, tunnels) to avoid risks.

• Geological Surveying:
  Conduct hydrological surveys to understand groundwater structures.

• Mineral Exploration:
  Assist in locating mineral resources associated with groundwater.

• Geothermal Exploration:
  Preliminary investigation of geothermal anomaly zones.