3D Scanning for Fabrication in Wetherill Park NSW – From Site Measurements to Manufacturing Drawings

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Supporting Structural Steel Fabrication, Mechanical Engineering, Scan-to-CAD and Industrial Manufacturing Across Western Sydney Industrial fabrication projects frequently involve designing and manufacturing new components that must fit accurately within existing factories, machinery installations and structural steel arrangements. For fabrication workshops and engineering contractors operating in Wetherill Park, Smithfield and Greater Western Sydney , obtaining accurate measurements of existing equipment can be one of the most important stages of a successful manufacturing project. Hamilton By Design provides professional 3D LiDAR scanning, point cloud processing, mechanical engineering and CAD modelling to help fabrication contractors develop new components around measured site conditions. Read our full article: 3D Scanning for Fabrication in Wetherill Park NSW Why Accurate Site Measurements Matter Before Fabrication Many industrial facilities have undergone years of equipment modif...

Solidworks Designers

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SolidWorks Designers


At Hamilton By Design, we seek relationships with suppliers that understand what our requirements are, today we rely on companies and software that provide first class solutions.

Anthony Hamilton
Contact - Hamilton By Design Co.



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Hamilton By Design knowledge centre

Explore how engineering-grade 3D scanning, point-cloud processing, Scan-to-CAD, reverse engineering and SolidWorks can support accurate design, fabrication and brownfield engineering projects.

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3D Scanning Services Across Australia

Explore Hamilton By Design’s engineering-led 3D laser scanning, LiDAR, point-cloud and Scan-to-CAD services across Australian metropolitan, regional and industrial locations.

NSW 3D Laser Scanning Sydney NSW Industrial 3D Scanning Sydney NSW 3D Point-Cloud Scanning Sydney NSW 3D Laser Scanning Chatswood NSW 3D Laser Scanning Central Coast NSW 3D Scanning Gosford NSW 3D Laser Scanning Wyong NSW 3D Laser Scanning Newcastle NSW 3D LiDAR Scanning Hunter Valley NSW 3D Laser Scanning Port Macquarie NSW 3D Scanning Port of Newcastle QLD 3D Scanning Services Brisbane QLD LiDAR Scanning Brisbane QLD 3D Laser Scanning Emerald WA 3D Scanning Perth WA 3D LiDAR Scanning Perth and Western Australia VIC 3D Laser Scanning Melbourne VIC Mobile 3D LiDAR Scanning Melbourne SA 3D LiDAR Scanning Adelaide NT 3D Scanning Darwin

Explore additional Hamilton By Design services and engineering insights covering FARO laser scanning, point-cloud processing, SolidWorks modelling, reverse engineering, FEA and fabrication-ready CAD deliverables.

SolidWorks and CAD

SolidWorks 3D Modelling Services

Parametric 3D modelling, mechanical design, fabrication drawings and scan-based CAD development for mining and industrial projects.

Explore this service → Mechanical Design

SolidWorks Mechanical Design Services

Develop mechanical components, assemblies and plant equipment as accurate, editable models ready for review, manufacture and installation.

Explore this service → Engineering Analysis

SolidWorks FEA Simulation

Connect SolidWorks design models with stress, deflection, fatigue and mechanical verification for components and industrial equipment.

Explore FEA capabilities → 3D CAD Modelling

3D CAD Modelling Australia

Convert point clouds, drawings, PDFs, sketches and site measurements into practical engineering models for plant and mechanical projects.

Explore CAD modelling → Integrated Engineering

Mechanical Engineering Services

Engineer-led LiDAR scanning, CAD modelling, mechanical design, FEA and structural support delivered through a connected project workflow.

View engineering services → Reality Capture

3D Laser Scanning

Capture existing plant, equipment, structures and pipework for as-built documentation, design development and brownfield upgrades.

Explore 3D scanning → Engineering-Grade Capture

Engineering-Grade LiDAR Scanning

Engineer-planned and verified LiDAR capture developed specifically to support design, fabrication and shutdown engineering decisions.

Learn about engineering-grade LiDAR → Point-Cloud Data

Point Cloud Laser Scanning

Use measurable point-cloud data to verify clearances, establish equipment geometry and develop accurate downstream CAD models.

Explore point-cloud scanning → Reverse Engineering

Reverse Engineer 3D Scanning

Capture existing industrial assets and reconstruct practical CAD models without automatically reproducing wear, damage or obsolete details.

Explore reverse engineering → Engineering Studies

Reverse Engineering and Scan-to-CAD Studies

Combine LiDAR scanning, dimensional verification and CAD modelling for equipment replacement, refurbishment and brownfield modifications.

View Scan-to-CAD studies → Scan-to-CAD

Point Cloud to CAD Services

Transform registered laser scans into usable 2D drawings, AutoCAD information and 3D models for engineering and fabrication planning.

Explore point-cloud to CAD → Engineering Insight

Scan-to-CAD vs Traditional Design Workflows

Compare manual site measurement with reality-capture workflows for brownfield plants, industrial facilities and complex infrastructure.

Read the comparison → Engineering Data

Why Point-Cloud Data Beats STL

Understand the difference between a mesh that represents surface shape and point-cloud information that supports real engineering decisions.

Read the engineering guide → FARO Technology

FARO Scanning for Mining and Manufacturing

Learn how the FARO scanning ecosystem supports industrial reality capture, engineering design and fabrication-ready project outcomes.

Explore the FARO workflow → Digital Verification

3D LiDAR Scanning and Digital QA

Digitally verify fabricated components, structural steel, spools and mechanical assemblies before transport and installation.

Explore digital QA → Scanning Technology

Engineering-Grade vs Metrology-Grade Scanning

Understand when terrestrial LiDAR is appropriate and when components require a closer-range, higher-detail metrology scanning method.

Compare scanning methods →

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