IDS GeoRadar has launched the C-thrue XS, a handheld, dual polarization GPR scanner for concrete inspection, and NDT Reveal, an integrated software solution for analyzing and managing subsurface data. The new solutions enable construction teams to scan concrete structures, detect elements beneath the surface and make informed decisions about where to cut or drill safely.
C-thrue XS
Building on the smaller C-thrue, launched in 2018, C-thrue XS is designed for use in hard-to-reach areas where construction professionals can maneuver the compact device. Weighing less than half a kilogram makes the scanning process a manageable experience. Thanks to its dual-polarization capability, users can do comprehensive scans in one go.
This feature allows the scanner to send and receive signals in both horizontal and vertical orientations. With automatic real-time processing, the device highlights targets and potential problem areas.
NDT Reveal
NDT Reveal integrates with CAD-based software, including BricsCad and Bricsys 24/7, and helps construction teams analyze, visualize and manage the collected GPR data. By providing various visualization options, including 2D and 3D scans, the software suite facilitates an understanding of the scanned structures.
With NDT Reveal, users can manage GPR data analysis and reporting in one place. They can also upload collateral information such as photos, site sketches and CAD drawings and make them accessible to all team members.
"Conducting a detailed inspection of concrete structures can be cumbersome and time-consuming. Many teams do not achieve the necessary precision, especially in hard-to-reach areas,” said Davide Morandi, director detection product management, at IDS GeoRadar. “IDS GeoRadar's C-thrue XS device simplifies the scanning process even in constrained environments while NDT Reveal provides construction teams with a comprehensive understanding of the scanned structures in both 2D and 3D. These innovations are transforming nondestructive concrete inspections, boosting productivity and safety, and enabling better-informed decisions on-site."
