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SolutionGeological Exploration and Regional Survey Forestry Survey and Ecological Monitoring Mining Operations and Engineering Infrastructure Forest Fire Prevention and Individual Soldier Protection Earthquake Disasters and Emergency Rescue Military and National Defense Mapping Education and Research Support Farmland Planning and Water Resources Survey Culture and Tourism as the City’s Brand Archaeological Research and Cultural Heritage
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PRODUCTS CENTER
This product is an upgraded version of our company’s DQL-8 geological compass. Through the application of innovative technologies, it boasts several distinctive advantages: the glass cover is now secured with a high-quality rubber gasket instead of a metal compression ring, and the magnetic needle braking mechanism has been rationally designed, enhancing the instrument’s resistance to rain; furthermore, the magnetic needle and designated areas of the azimuth dial are coated with luminous powder, facilitating use in dark environments.
This instrument utilizes a magnetic object—a magnetic needle (which features a special design to shorten the needle’s stabilization time and enhance measurement efficiency)—that is capable of indicating a specific direction along the magnetic meridian. By reading the scale ring, one can determine the azimuth of a target relative to the magnetic meridian. Based on two selected survey points (or known reference points), the position of an unknown target can be determined. The instrument can measure structural orientations, including strike, dip direction, and dip angle; conduct topographic surveys, including azimuth determination (i.e., intersection-based point positioning), slope angle and gradient measurement, and horizontal plane identification; and measure vertical angles. A magnetic declination adjustment axis is provided on the exterior of the instrument housing. This instrument is characterized by its compact structure, small size, portability, reliable accuracy, and stable performance.
The geologic hammer is a core tool in geological fieldwork, used for striking rocks, collecting samples, cleaning weathered surfaces, and sampling along structural planes. It combines the functions of breaking hard rock, cleaning surfaces, and obtaining precise samples, making it an essential piece of equipment for geological exploration. The pointed-head geologic hammer is primarily used for striking volcanic and other hard rocks, such as granite; it is also suitable for use in metamorphic and certain sedimentary terrains. In contrast, the flat-head geologic hammer is better at removing surface coatings from rocks and facilitates sampling along bedding or cleavage planes, making it particularly useful in sedimentary settings.
This product is a portable, intrinsically safe electronic geological ranging compass. At its core is a high-speed processor, supported by a sensor suite comprising a 3-axis magnetoresistive sensor, a 3-axis accelerometer, and a 3-axis gyroscope for attitude measurement. This sensor suite provides the instrument with three-dimensional attitude data, which is processed to determine azimuth and dip angle. In addition, the instrument is equipped with point-and-line laser sighting, laser ranging, temperature and humidity measurement, and float-based flow measurement. As an intrinsically safe device capable of measuring azimuth, distance, dip angle, and other parameters, it is primarily used for underground geological exploration but can also be applied in forestry, water resources, power, and other fields.
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