Engineering-Grade LiDAR Scanning Australia | Hamilton By Design
Engineer-Led Industrial LiDAR Scanning Australia | Hamilton By Design
At Hamilton By Design, we believe industrial 3D laser scanning should deliver far more than a visual model or virtual walkthrough. In mining, manufacturing and heavy industrial environments, scanning data must support engineering decisions, fabrication accuracy, shutdown planning and long-term asset management.
Many companies now offer “3D scanning” services. However, not all scanning systems, workflows or providers are the same. Across Australia, the market has become crowded with companies focused on real estate visualisation, architectural walkthroughs and general BIM modelling. While these services have their place, industrial facilities require a very different level of technical understanding.
Hamilton By Design specialises in engineer-led industrial LiDAR scanning focused on mechanical and structural engineering outcomes.
Why Industrial Facilities Require a Different Approach
Industrial sites are complex environments involving:
- conveyors,
- transfer chutes,
- structural steel,
- pipework,
- pump skids,
- process equipment,
- access platforms,
- shutdown works,
- and brownfield modifications.
In these environments, inaccurate data can create significant commercial and operational risks.
Poor-quality scanning or incomplete site capture can lead to:
- fabrication clashes,
- installation delays,
- shutdown overruns,
- rework costs,
- safety risks,
- and engineering non-conformance.
Unlike architectural walkthroughs or property visualisation projects, industrial scanning must support measurable engineering outcomes.
This is why Hamilton By Design focuses on:
- engineering-grade terrestrial LiDAR,
- scan-to-CAD workflows,
- controlled engineering documentation,
- and engineering governance systems.
Engineer-Led Scanning vs General Scanning Services
Owning a scanner does not automatically make a company an engineering specialist.
Many scanning providers focus on:
- virtual tours,
- digital walkthroughs,
- building visualisation,
- or general BIM deliverables.
Hamilton By Design approaches scanning differently.
Our workflow is driven by:
- mechanical engineering requirements,
- structural engineering considerations,
- fabrication suitability,
- and industrial project delivery.
We understand:
- plant shutdown environments,
- fabrication tolerances,
- maintenance access requirements,
- structural modifications,
- and brownfield installation challenges.
This allows us to deliver scanning outcomes aligned with real engineering applications rather than simply producing point cloud data.
Industrial LiDAR Applications
Our industrial LiDAR scanning services support a wide range of applications across Australia.
Mining and Processing Plants
We assist mining and processing facilities with:
- conveyor system upgrades,
- transfer chute modifications,
- pump station upgrades,
- SMP projects,
- slurry transport systems,
- structural steel modifications,
- and brownfield plant expansions.
Shutdown Planning
Accurate point cloud capture allows engineering teams to:
- verify as-built conditions,
- reduce shutdown uncertainty,
- improve prefabrication accuracy,
- and minimise onsite fit-up issues.
Structural and Mechanical Engineering
LiDAR data can support:
- General Arrangement (GA) drawings,
- structural modelling,
- equipment integration,
- pipe routing,
- and engineering verification workflows.
Digital Engineering and Asset Management
Our workflows support:
- scan-to-CAD modelling,
- controlled revisions,
- engineering governance,
- and long-term asset documentation.
Understanding the Different Types of 3D Scanning
Not all scanning technologies are designed for the same purpose.
Terrestrial LiDAR Scanning
Tripod-based terrestrial LiDAR systems are typically best suited for:
- industrial facilities,
- mining plants,
- brownfield environments,
- and engineering-grade capture.
These systems provide highly controlled and repeatable data suitable for engineering workflows.
Mobile SLAM Scanning
SLAM-based systems can rapidly capture large environments and are useful in some applications. However, depending on the project requirements, these systems may introduce drift or reduced control compared with fixed terrestrial workflows.
Handheld Scanners
Handheld systems are often useful for:
- smaller components,
- reverse engineering,
- and detailed geometry capture.
Virtual Tour Systems
Matterport and walkthrough systems can provide excellent visualisation tools but may not always deliver the level of engineering control required for fabrication or detailed industrial design.
At Hamilton By Design, we work with the technology that best suits the engineering outcome required by the client.
We do not make promises we cannot keep.
Why Engineering Governance Matters
One of the largest risks in industrial projects is poor drawing and document control.
Many organisations continue operating with:
- outdated PDFs,
- disconnected revisions,
- unmanaged redlines,
- and uncontrolled drawing systems.
Hamilton By Design supports engineering governance through:
- revision-controlled workflows,
- issue states such as IFR / IFA / IFC,
- audit-ready documentation,
- and structured engineering deliverables.
We also support workflows using:
- SolidWorks,
- AutoCAD LT,
- and the 3DEXPERIENCE platform.
This helps provide a controlled single source of truth for engineering information across the project lifecycle.
Supporting Australian Industry
Hamilton By Design supports clients across Australia including:
- mining operations,
- manufacturing facilities,
- processing plants,
- infrastructure projects,
- and heavy industrial sites.
We understand the realities of:
- remote site access,
- shutdown windows,
- operational constraints,
- and industrial project delivery.
Our focus is not simply collecting scan data.
Our focus is helping clients reduce engineering risk and improve project outcomes.
Industrial Scanning Backed by Engineering Understanding
The value of LiDAR scanning is not only the scanner itself.
The true value comes from:
- understanding the engineering problem,
- capturing the correct information,
- and delivering data that supports real project outcomes.
At Hamilton By Design, our engineer-led approach combines:
- industrial LiDAR scanning,
- mechanical engineering understanding,
- structural engineering workflows,
- and engineering governance systems.
This allows us to support projects from initial site capture through to engineering documentation and fabrication-ready deliverables.
Our clients
Contact Hamilton By Design
To discuss industrial LiDAR scanning, scan-to-CAD workflows or engineering support for your next project, contact:
We support mining, manufacturing and industrial clients across Australia with engineer-led reality capture and engineering documentation solutions.
FARO Technologies — Industrial 3D laser scanning, metrology and reality capture hardware/software solutions.
SolidWorks — Professional CAD, simulation and product development platform widely used in mechanical engineering.
Dassault Systèmes 3DEXPERIENCE Platform — Cloud-based engineering governance, collaboration and product lifecycle management platform.