Solidworks Sydney

  3D Engineering Scanning and SolidWorks Sydney – From Existing Plant to Engineering-Ready CAD Engineering projects involving existing plant, machinery, structural steel or industrial equipment often begin with incomplete information. Old drawings may no longer reflect the actual installation. Equipment may have been replaced. Platforms may have been modified. Pipework may have moved. Additional structural steel may have been installed during earlier shutdowns. For engineers and designers working in SolidWorks Sydney , this creates a fundamental problem: How do you develop an accurate 3D model when the existing plant geometry is uncertain? One increasingly practical answer is 3D Engineering Scanning . By combining terrestrial 3D laser scanning with engineering interpretation and SolidWorks modelling, existing industrial assets can be captured digitally and brought into the CAD environment. The workflow becomes: Existing Plant → 3D Engineering Scanning → Point Cloud → SolidWorks Mod...

Solving Engineering Problems with 3D LiDAR Scanning and SolidWorks Modelling Engineering projects rarely begin with perfect information. Existing drawings may be outdated, equipment may have been modified, structural steel may not be positioned exactly as documented, and pipework or services may have been rerouted during previous upgrades. When new equipment must fit into an existing industrial facility, relying on assumptions can quickly lead to clashes, fabrication errors and expensive site modifications. A practical solution is to combine 3D LiDAR scanning with SolidWorks modelling . This workflow captures the actual condition of a site, converts the measured information into an engineering-ready digital environment, and allows new designs to be checked before fabrication begins. The Problem: Existing Drawings Do Not Match the Site Brownfield engineering projects often involve facilities that have been operating for many years. During that time, maintenance work, equipment replaceme...

  Why Point Cloud Data Beats STL for Real Engineering Work If you’ve been looking into 3D scanning for your business, you’ve likely come across terms like STL, OBJ, mesh, and point cloud. On the surface, they all appear to represent the same thing—a digital version of a real-world object. In reality, the difference between these formats can determine whether your project moves forward efficiently or stalls inside your CAD environment. Not all scan data is created equal, and more importantly, not all of it is usable for engineering. A common scenario is this: a company invests in 3D scanning to capture an existing component or piece of equipment. The intention is to modify a design, reverse engineer a part, or produce drawings for fabrication. The scan is completed, and the deliverable is issued as an STL or OBJ file. At first glance, everything looks correct. The model opens inside platforms like SolidWorks , Autodesk Inventor , Autodesk Fusion , or Onshape . However, as soon ...

  Common Problems and Solutions Turning point cloud data into a usable SolidWorks model sounds straightforward, but in real projects it often becomes a source of delays, confusion, and costly rework. Many companies have scan data, but struggle to convert it into practical engineering information that can be used for design, fabrication, fit-up, or documentation. At Hamilton By Design Co., we support Sydney clients with point cloud to SolidWorks workflows for industrial, commercial, and existing-site projects. Whether the job involves plant upgrades, reverse engineering, structural steel, mechanical layouts, or existing building geometry, the real value comes from converting scan data into a model that is clear, accurate, and fit for purpose. Why Point Cloud to SolidWorks Projects Go Wrong A point cloud is not the same thing as a finished engineering model. A laser scan captures millions of measured points, but those points still need to be interpreted, simplified, and converted in...