Physical Optical Instruments
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This system adopts all-digital automatic measurement, executing automatic compensation for spontaneous potential, drift, and electrode polarization. It uses a large screen LCD display.

This seismic water detector is designed for geophysical surveys and hydrological studies. It accurately measures seismic signals to detect underground water sources using surface wave, high density seismic imaging and pulse measurement methods.

This high-power DC induced polarization (IP) measuring system is designed for geophysical exploration and electrical resistivity tomography. The system delivers 5, 10, or 15 kW of DC power for deep penetration and high-resolution measurements.

This portable spectrometer detects and measures gamma radiation. It features a large crystal, high sensitivity, and a 512-channel analyzer for accurate spectral analysis.

This portable gamma ray detector is designed for detecting gamma radiation in various environments. It can be used for semi-quantitative analysis of uranium ore samples, radioactivity detection in building materials, and large area gamma abnormity census.

This portable magnetometer features a small tri-component probe for use in confined spaces, such as underground. It displays tri-component readings simultaneously and offers high-resolution simulation output.

The Electromagnetic Survey System is designed for comprehensive geophysical exploration and subsurface imaging. It integrates a high-power transmitter and sensitive receiver for accurate data acquisition.

This portable gamma radiation detector is waterproof and reliable, making it suitable for field surveys. It features high sensitivity, a table head indicator, direct reading capabilities, low power consumption, and long battery life.

The Radon Survey Water Detector is designed for precise measurement of radon levels in water samples. It is crucial for environmental monitoring and ensuring water safety.

This small-bore compass inclinometer is designed for measuring borehole inclination and azimuth. It features a digital display for accurate readings and a compact, portable design.

This digital inclinometer is designed for precise measurement of inclination or tilt. It is used in structural monitoring and geotechnical engineering to measure inclination angles relative to gravity.

This crawler-mounted core drilling rig is designed for geological exploration, mineral prospecting, and geotechnical investigations. The crawler system ensures excellent mobility and stability on uneven terrain.

This mechanical top-drive head drilling rig is designed for underground applications. It features a robust hydraulic system for drilling operations, including raising and lowering the drill string.

This hydraulic anchoring drill rig uses hydraulic transmission, separating the body from the power pack. Main hydraulic components are imported to enhance the drilling operations.

This fully automatic natural VLF water detector is designed for geophysical exploration and hydrogeological surveys. It utilizes the natural electromagnetic field to detect underground water sources.

This VLF water detector is designed for geophysical exploration and groundwater detection. It identifies subsurface water sources by analyzing natural electromagnetic field variations using Very Low Frequency (VLF) electromagnetic waves.

This gamma ray detector is designed for detecting radioactivity in environmental, building, and decorative materials. It can also locate underground water sources and determine the density of solid substances.

This prospector applies a 200A square wave for continuous power supply using a portable power source. The power supply method employs a large currency small coil, with a 25m transmitting coil, to achieve prospecting depth.