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Resistivity and IP
Electromagnetic
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Subsurface Monitoring
GD-12/22/32 1/6/12-Channel DC Resistivity and IP System
A next-generation multi-channel DC resistivity system with 1 or 6 or 12 channels per unit (selectable), real-time inversion, and support for large-scale distributed full-waveform measurements.
GS-32
GD32 It integrates modules such as transmission, collection, control and power supply, and possesses capabilities of high-power transmission, high-precision signal collection, full waveform recording, IP induced polarization measurement, etc. Combined with professional acquisition APP and Geometa data platform, it is suitable for various scenarios of electrical exploration operations. It has a high protection level and strong environmental adaptability, and can meet the detection requirements in multiple fields such as geology, engineering and environment.
GD-10 Electrical Resistivity & IP Imaging System
A classic single-channel resistivity system featuring a modular, upgradeable design. Supports resistivity data acquisition across diverse environments and electrode configurations, including surface, underground tunnel, and underwater surveys.
GD-20 Multi-channel ERT/IP Imaging System
A classic 5- or 10-channel resistivity system featuring a modular, upgradeable design. Supports resistivity data acquisition across diverse environments and electrode configurations, including surface, underground tunnel, and underwater surveys.
Laboratory Electrical Workstation
An experimental system designed for research and education, with scalable channel capacity exceeding 1,000 channels, customizable test scripts, and automated remote data acquisition tasks that can be executed online.
Multi-electrode resistivity imaging systems for electrical resistivity tomography (ERT) and vertical electrical sounding (VES).
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DIGspace Geoscience Platform
Integrating geological, geophysical, and monitoring data into a unified subsurface cognition system. Deep analysis on desktop, collaboration on web.
A 3D geospatial platform fusing multi-source survey data with surface spatial information — covering exploration analysis and long-term monitoring.
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Solutions
Mineral Exploration
Hydrogeology
Engineering Geology
Environmental Geophysics
Online Monitoring
Cross‑hole investigation
Brazil Gold Ore Exploration Case
Carry out geophysical exploration for sulfate zones with potential metal mineral resources in ESTADO DO PARÁ, Brazil, and locate metal ore deposits by electrical prospecting technology.
Underground water and mineral exploration at Beishan Lead-Zinc Mine, Hechi, Guangxi
Integrated geophysical solutions for mineral prospecting.
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Home/About Us/Certifications & Honors/Method, Apparatus, Device and Medium for Deforming a Survey Line

Method, Apparatus, Device and Medium for Deforming a Survey Line

Patent No. ZL 2022 1 1127550.0, Grant Publication No. CN 115525995 B. Addresses geometric deformation handling in resistivity survey line layout, improving setting-out efficiency under complex terrain and obstacle conditions.

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Resistivity and IP
Electromagnetic
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Subsurface Monitoring

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Cross‑hole investigation

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