Industry & Energy

Traditional measurement and survey methods are often time-consuming, disruptive, and limited in the level of detail they can provide, especially in industry and energy applications where accuracy is critical. In many cases, they also limit documentation to 2D outputs, making it more difficult to capture the full condition and complexity of existing structures, equipment, and facilities. In contrast, 3D laser scanning enables the fast, accurate, and comprehensive capture of spatial 3D data, reducing costly site shutdowns, minimizing operational disruptions, and delivering a far higher level of measurement accuracy and data density.

With 3D laser scanning, we create precise as-built digital representations of structures, facilities, and equipment, including registered point clouds, 3D mesh models, 3D CAD models, BIM models, plant design models, and 2D CAD documentation. These deliverables provide a reliable foundation for engineering, inspection, maintenance, modification, and expansion projects. Whether documenting a single asset or an entire industrial facility, 3D laser scanning allows existing conditions to be captured quickly and accurately, even in complex environments with congested piping, structural elements, and mechanical systems.

Our workflows—both in the field and during post-processing—are designed to ensure the highest level of accuracy in every deliverable. By combining advanced equipment, specialized software, and refined processing methods, we produce dependable results tailored to each client’s required formats, specifications, and project objectives, ensuring smooth integration into existing engineering, design, and asset management workflows.

In the industry and energy sectors, we also perform laser tracker alignment & inspection, storage tank calibration & inspection, volume surveys, construction verification, deformation & wear analysis, topographic mapping & georeferencing, GPR (underground mapping), VR/AR & 3D digital content modeling, and LIBS, XRF, & ultrasonic thickness analysis.