CoreScan is part of DMT's range of innovative geo measuring systems. This high-tech scanner enables 360-degree drill core scanning and geophysical logging. It comes complete with databases and evaluation software, saving you costs and helping you manage data efficiently.
DMT's core scanning and imaging system is ideal for structuring and evaluating your drill cores. The scanner provides high-resolution 360-degree images of your drill core. This data is subsequently processed using a digital library for precise analysis, delivering fast and reliable results for your drilling project.
CoreScan core imaging equipment is portable, allowing you to scan and analyze drill cores on site. The core scanner can be operated in planar mode or in 360-degree mode, which allows you to rotate the drill core sample to scan it on all sides.
DMT's CoreScan comes complete with Core Analysis software. The data is digitally logged and evaluated to provide detailed information about the rock strata and storage conditions. These digital logs can be accessed at any time, from anywhere in the world.
CoreScan's integrated database simplifies documentation, archiving, and presentation of the relevant data. If necessary, this information can be supplemented with stratigraphic, lithological, petrographic, and structural findings. This saves time and resources in complex projects for final storage or exploration – as well as projects involving geothermal energy use, groundwater protection, or hazard prevention.
DMT's core scanning system is suited to a wide range of applications, from complex projects in the field of deposit exploration to construction planning. Our system can also identify fracture zones, classify rock types, and identify mineral composition or detect water-bearing zones.
CoreScan 3 can also be used in combination with our CoreScan UV system. This specialized tool was designed for use in the field of oil and gas exploration. Its main application is the imaging of oil-bearing drill core under UV light, but it can also be used for the exploration of fluorescing minerals, such as scheelite.