3D Scanning for Mining & Bulk Handling

Why mining & bulk handling sites scan

Mining assets wear measurably and continuously, and the operational questions are quantitative: how much liner is left, has that structure moved, how much material is actually in the stockpile. Repeat scanning turns each into a trend rather than an opinion.

What it is actually used for

Mill and crusher liner wear measurement between relines; structural deformation tracking on shovels, draglines and headframes; conveyor and transfer chute geometry for flow redesign; stockpile and pit volumetrics; and reverse engineering of worn or obsolete components.

What a scan will not tell you

What a scan does not give you: reality capture records SURFACES. It measures geometry to millimetres and it will not tell you remaining wall thickness, whether a weld contains lack of fusion, or how much life an asset has left. Those are examination questions, answered by ultrasonics, radiography and the rest of the NDT method set — which is why scanning and inspection belong in the same programme rather than substituting for one another.

How scanning and inspection work together here

Wear is geometry; cracking is not. Mining programmes pair scanning with MT and UT on fatigue-critical welds and structures. MT in mining · industrial NDT training.

How Atlantis delivers

Atlantis mobilises scanning crews to your site — terrestrial laser scanning, photogrammetry and drone capture as the asset demands — and delivers registered point clouds, meshes and the deliverable your engineering team actually consumes. We do not claim a survey office in every market, and say so plainly.

3D scanning services · turning captured geometry into a digital twin · scope a scan.

Scanning in other sectors

Refinery & Petrochemical · Shipyard & Marine · Power Generation · Aerospace & Defence · Fabrication & Modular Construction · Tank Farms & Terminals.