LiDAR & Reality Capture transforms raw physical spaces, active construction fields, and historical brownfield sites into hyper-precise digital data environments. By deploying state-of-the-art laser scanning technology and high-resolution aerial sensors, we instantly capture millions of exact spatial coordinates to generate absolute, millimeter-accurate 3D point clouds. This process completely eliminates the margins for human error inherent in traditional surveying methods.
At PT. Buana Engineering Consultant (BEC), our certified reality capture division combines advanced terrestrial laser scanning with high-altitude drone photogrammetry. We extract real-world conditions with absolute fidelity, delivering data-rich baselines that feed seamlessly into multi-disciplinary BIM environments and downstream Digital Twins.
Services Overview
Our LiDAR & Reality Capture framework establishes an uncompromised geometric baseline for complex engineering design and progress tracking. We look beyond static measurements, utilizing automated point-cloud segmentation to capture intricate spatial elements—including dense industrial piping networks, complex terrain contours, and heavy structural displacements. By importing georeferenced reality data directly into your design loops, our engineers perform rapid as-built alignment comparisons and ongoing construction compliance audits. This prevents design deviations, eliminates field reworks, and gives project owners absolute certainty that physical on-site construction mirrors the engineering models perfectly.
Benefits & Solutions
Millimeter Precision
Capture real-world structural dimensions and surface coordinate details with exceptional accuracy, leaving zero room for human data error.
High-Speed Field Mapping
Compress extensive site mapping schedules dramatically, delivering complete, dense spatial surveys in a fraction of the time required by traditional methods.
Clash-Free Retrofitting
Superimpose exact point clouds onto new engineering drawings to isolate and eliminate design conflicts with existing physical boundaries long before fabrication.
Inaccessible Staging Control
Safely scan steep terrains, complex tailing dams, and high-altitude structures using autonomous drone arrays without exposing survey crews to site hazards.
A point cloud is a massive database containing millions of precise spatial coordinate points ($X, Y, Z$) captured by a laser scanner reflecting off a physical surface. Our scan-to-BIM engineers process this raw, unorganized point cluster inside engineering software, using it as an exact blueprint guide to construct intelligent 3D parametric models.
We execute periodic reality capture scans of the physical structure as build phases progress. By overlaying these temporary point clouds directly onto the approved Detailed Engineering Design (DED) model, our coordination software automatically highlights any physical placement errors, allowing owners to order contractor corrections early.
Yes, absolutely. While we prefer executing field capture with our internal advanced hardware, our scan-to-BIM modeling division can accept raw point cloud file formats (such as .E57, .LAS, or .RCS) from external vendors to execute standalone technical processing, model generation, and clash audits.
