Mining Infrastructure - Solidworks Design

Engineer-Led 3D Laser Scanning for Mine Sites: A Second Technical Set of Eyes on the Plant Mining operations increasingly use terrestrial LiDAR scanning to capture conveyors, transfer stations, processing equipment, structural steel and other existing infrastructure. But there can be an important difference between sending a scanning technician to site and sending an engineer equipped with professional 3D scanning tools . The scanner may be collecting millions of measurable three-dimensional points, but the engineer operating it is also looking at the plant from an engineering perspective. They are considering how the equipment works. They are looking at the interfaces between mechanical equipment and structures. They are considering access, maintenance, guarding, services, installation constraints and how the plant appears to have changed over its operating life. In practical terms, an engineer-led scanning visit can provide mine operators with something beyond a point cloud: another ...

 Mining infrastructure is rarely simple. Conveyor systems, chutes, hoppers, transfer stations, platforms, and structural steel are often installed over decades — modified repeatedly and rarely documented accurately. For engineers working in SolidWorks , poor as-built information has long been a major source of risk. This is where engineering-led 3D laser scanning is reshaping how mining infrastructure is designed, verified, and upgraded. At Hamilton By Design , 3D scanning is used as the foundation for SolidWorks-based mechanical and structural design , ensuring models reflect real site conditions — not assumptions. Accurate As-Built Data for Mining Environments Mining sites present unique challenges: tight shutdown windows live plant constraints legacy infrastructure with missing drawings high consequence of clashes or misalignment Hamilton By Design uses high-accuracy 3D laser scanning to capture true as-built geometry , providing engineers with reliable data before design begin...