Hamilton By Design

  3D LiDAR Construction Scanning – Capturing Accurate Building Geometry Before Design Construction and engineering projects increasingly rely on accurate site information before design work begins. In many cases, the available drawings for buildings and structures are incomplete, outdated, or no longer reflect the current condition of the facility. This is where  3D LiDAR construction scanning  becomes a valuable engineering tool. By capturing millions of laser measurements across a site, engineers can generate highly detailed point clouds that represent the true geometry of buildings and infrastructure. These point clouds can then be used to create accurate models, engineering drawings, and digital references for design teams. You can learn more about this workflow here: 👉 https://www.hamiltonbydesign.com.au/reverse-engineer-3d-scanning/3d-lidar-construction-scanning/ Why Construction Projects Need Accurate Existing Conditions Many engineering challenges occur because p...

  Surfboard Reverse Engineering with 3D Scanning From Physical Board to Digital Engineering Model Surfboard design has traditionally been a craft built on experience, shaping skill, and trial-and-error refinement. Today, modern 3D scanning and reverse engineering technology allows surfboard designs to be digitally captured, analysed, and refined with engineering precision. Using high-resolution 3D scanning , an existing surfboard can be converted into a detailed digital model that accurately represents the board’s geometry, rocker profile, rail shapes, and volume distribution. 👉 Read the full article: https://www.hamiltonbydesign.com.au/reverse-engineer-3d-scanning/surfboard-digital-engineering/ What is Reverse Engineering with 3D Scanning? Reverse engineering is the process of analysing a physical object and recreating it as a digital model that can be studied, modified, or reproduced. In engineering workflows, this typically involves: 3D scanning the object Converting the scan ...

  Common Conveyor Failures in Mining Plants Conveyor systems are the backbone of most mining and mineral processing plants. From crushing circuits to stockpile management, conveyors move thousands of tonnes of material every hour. However, when conveyor systems fail, the consequences can be significant — including plant downtime, material spillage, safety risks, and increased maintenance costs. In many cases, the underlying issues are not complex mechanical failures but design, alignment, or material flow problems that develop over time. The following are some of the most common conveyor failures seen across mining operations. 1. Belt Misalignment One of the most frequent problems in mining conveyors is belt mistracking. When the belt drifts to one side of the conveyor structure it can: damage rollers and idlers wear conveyor skirts cause material spillage damage the belt edge Misalignment often originates at transfer points where material enters the belt unevenly. Proper transfer...

  Precision in the Pressure Cooker: Why Engineering Preparation is the Core of a Successful Mining Shutdown In the mining industry, a scheduled shutdown is a high-stakes race against the clock. Every hour of downtime equates to lost production, meaning there is zero margin for error when new components arrive on-site. The secret to a seamless "plug-and-play" installation isn't just better tools—it’s superior Engineering Preparation for Mining Shutdowns . At Hamilton By Design , we have seen firsthand how traditional manual measurement methods lead to "on-site modifications" (the polite term for grinding, welding, and cutting during a shutdown). To eliminate these delays, we advocate for a digital-first approach to engineering prep. 1. The Foundation: Engineering-Grade Data You cannot design a precise modification based on a tape measure and 20-year-old "as-built" drawings. We start every project by establishing a baseline of truth. However, not all dat...

  Creating Digital Twins of Industrial Plants How Laser Scanning and Engineering Models Are Transforming Plant Upgrades Industrial facilities are becoming increasingly complex. Mines, processing plants, manufacturing sites, and infrastructure assets often evolve over decades through expansions, shutdown upgrades, and equipment replacements. Unfortunately, the engineering documentation rarely keeps up. Outdated drawings, missing pipework details, and undocumented structural changes can create major risks when planning plant modifications. This is where industrial digital twins are starting to transform the way engineers approach brownfield projects. 👉 Read the full article: https://www.hamiltonbydesign.com.au/industrial-digital-twin-industrial-plants/ What Is an Industrial Digital Twin? A digital twin is a virtual representation of a physical asset, process, or facility that mirrors the real-world system and can be used for monitoring, simulation, and engineering analysis. For in...

Mechanical Drafting Australia: Engineering Drawings for Mining, Infrastructure and Manufacturing Mechanical drafting remains one of the most important parts of engineering projects across Australia. From mining infrastructure and industrial equipment to structural steel and process plants, accurate engineering drawings ensure that designs can be fabricated, installed and maintained safely. At Hamilton By Design , mechanical drafting services support a wide range of engineering projects including plant upgrades, equipment design, conveyor systems, structural platforms and industrial machinery. Modern drafting workflows combine 3D modelling, engineering analysis and digital plant capture , helping engineers create accurate fabrication documentation for complex projects. Learn more about how digital engineering supports plant upgrades here: https://www.hamiltonbydesign.com.au/home/engineering-services/3d-laser-scanning/ Mechanical Drafting for Mining and Industrial Infrastructure Across A...