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Mining Engineering Australia | 3D LiDAR, CAD & Practical Engineering

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Practical Mining Engineering Support: Combining Trade Experience, Engineering Strategy and 3D LiDAR Accuracy Mining and mineral-processing projects operate in environments where engineering decisions must be practical, accurate and commercially responsible. Recent commentary regarding Austin Engineering has highlighted the importance of execution, operational discipline, cost control and delivery performance. At the same time, Australian Mines Limited continues to advance projects associated with critical minerals and future resource development. Although these organisations operate in different areas of the resources sector, they reflect a broader industry requirement: engineering solutions must move efficiently from concept to implementation. For Hamilton By Design, this requirement can be summarised through three complementary capabilities: a tradesman’s eye, an engineer’s strategy, and the dimensional accuracy provided by 3D LiDAR laser scanning. This combination is particularly re...
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Manufacturing Layout Design for Conveyors, Chutes and Production Equipment

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  Manufacturing Layout Design for Conveyors, Chutes and Production Equipment Manufacturing layouts are often treated as simple floor plans showing where each machine should be positioned. In practice, an effective layout must coordinate production equipment, conveyors, chutes, transfer stations, maintenance access, material movement, factory services and the surrounding building. Hamilton By Design provides manufacturing layout design services across Australia for new equipment installations, production-line modifications, brownfield upgrades and factory expansion projects. By combining 3D laser scanning, mechanical engineering and 3D CAD modelling, proposed equipment can be positioned and reviewed within an accurate representation of the existing facility. Why Manufacturing Layouts Need More Than a Floor Plan A machine may appear to fit within an available space when viewed on a basic two-dimensional drawing. However, the proposed arrangement may still conflict with: structural c...
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Location: Australia
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3D Laser Scanning for Hunter Valley CHPP Chutes and Transfer Stations

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3D Laser Scanning for Hunter Valley CHPP Chutes and Transfer Stations Coal Handling and Preparation Plants across the Hunter Valley depend on conveyors, chutes, hoppers, launders and transfer stations operating reliably under demanding conditions. These areas are also among the most difficult parts of a CHPP to measure and modify. Transfer points are commonly surrounded by structural steel, conveyor frames, platforms, handrails, guards, pipework, electrical services and existing mechanical equipment. Years of maintenance and plant modifications can also mean that the installed arrangement no longer matches the original drawings. Hamilton By Design’s new webpage explains how engineering-led 3D laser scanning supports Hunter Valley CHPP maintenance, upgrades and shutdown projects . Read the full webpage: https://www.hamiltonbydesign.com.au/3d-laser-scanning-hunter-valley-chpp/ Why Accurate CHPP Site Data Matters A chute or transfer station may appear straightforward on an existin...
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Location: Hunter Region, NSW, Australia
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