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Showing posts with the label 3D Laser Scanning

3D Scanning for Engineering | Point Clouds to CAD Design

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3D Scanning for Engineering: Accurate Existing Conditions for Better Design and Drafting Modern engineering projects increasingly depend on accurate information about what already exists on site. This is particularly important for brownfield facilities, industrial plants, mining operations, manufacturing sites and infrastructure where structures, equipment and services may have been modified many times since the original drawings were produced. Traditional measurements, photographs and existing drawings can provide useful information, but they may not capture the complete geometry engineers need when designing modifications around existing assets. This is where 3D scanning for engineering provides a major advantage. Hamilton By Design uses engineering-led 3D laser scanning to capture existing plant, equipment, structures and buildings as detailed three-dimensional point cloud datasets. These digital records can then support engineering design, structural drafting, mechanical modelling...

Structural Drafting Central Coast | 3D Laser Scanning Support

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 Structural Drafting Central Coast Supported by Engineering-Grade 3D Laser Scanning Structural drafting projects often begin with existing drawings, site measurements and assumptions about what has been constructed. Unfortunately, existing drawings do not always represent current site conditions. Structures may have been modified, equipment may have been relocated, services may have been installed and previous changes may not have been properly documented. For industrial, commercial and infrastructure projects on the Central Coast, these inconsistencies can create significant problems during design, fabrication and installation. Hamilton By Design combines structural drafting with engineering-grade 3D laser scanning across Australia to provide project teams with accurate information about existing structures and surrounding site conditions. This allows structural drawings to be developed using measured site data rather than relying entirely on old drawings or limited manual measur...