Hamilton By Design

Industrial 3D Scanning & Reverse Engineering in Lisarow In mechanical design and structural fabrication, we often run into a familiar roadblock: you have an existing, worn, or complex physical component, but no original CAD drawings . Whether it is an obsolete legacy part on a processing plant production line, a custom modification for materials-handling equipment, or an as-built structure that has evolved away from its original blueprints, manual measuring tools just aren't enough. Tape measures, calipers, and pitch gauges leave room for human error and waste precious project hours. At Hamilton By Design , we leverage advanced industrial 3D scanning technology to solve these exact engineering challenges. For clients across the Central Coast—including industrial hubs like Lisarow —our 3D scanning and reverse engineering workflows turn complex physical geometries into accurate, parametric, production-ready CAD models. Why Industrial 3D Scanning is a Game-Changer Traditional m...

  3D Laser Scanning Smeaton Grange for Factory Engineering and Plant Upgrades Factories rarely remain exactly as they were originally designed. Machinery is relocated, conveyors are modified, pipework is rerouted and platforms are added as production requirements change. Over time, the available drawings may no longer accurately represent the factory floor. For businesses planning an upgrade in Smeaton Grange, relying on old drawings or limited manual measurements can introduce unnecessary uncertainty. 3D laser scanning in Smeaton Grange provides engineers, manufacturers and project teams with an accurate record of the existing factory environment before design work begins. Capturing the Factory as It Exists Today Terrestrial 3D laser scanning captures millions of measurement points from around machinery, structures and production areas. These measurements are combined to create a registered point cloud representing the visible surfaces within the scanned area. The resulting point...

Mechanical Desktop, Inventor and Fusion: Why More Features Do Not Fix Inefficient CAD Engineering software should make design work faster, clearer and more dependable. Before a platform promotes advanced features, it must perform the fundamentals of mechanical design efficiently. Every mechanical model begins with basic geometry: Lines Circles Arcs Dimensions Constraints Extrusions Revolutions Holes and patterns If creating and modifying this geometry is unnecessarily complicated, expanding the software with more functions does not solve the problem. It simply builds additional complexity on an inefficient foundation. For experienced designers, the true test of CAD software is not the number of features listed in its marketing material. The test is how quickly and reliably it can turn engineering intent into an accurate, editable model and a clear manufacturing drawing. When Pencil Drawings Outlive Digital Engineering Files Many industrial companies still possess ink and pencil drawing...

Connecting Real-World Industrial Assets with Engineering-Ready 3D CAD Models Hamilton By Design Co. combines FARO 3D measurement technology with SolidWorks mechanical design to help clients move from real-world site conditions to accurate, practical and fabrication-ready engineering information. Our integrated workflow brings together: FARO terrestrial and mobile LiDAR scanning FARO SCENE and FARO Connect point-cloud processing Point-cloud registration and quality verification Scan-to-CAD and reverse engineering SolidWorks parts and assemblies Mechanical design and engineering assessment Fabrication and installation drawings Final dimensional and clearance verification The objective is not simply to produce an impressive 3D image. It is to transform captured site information into an engineering model that can support design decisions, fabrication, plant modifications, shutdown planning and installation. How FARO Technology Integrates with SolidWorks FARO provides the measurement hard...