For SolidWorks designers, one of the biggest risks in fabrication work is not the model itself.
It is the information the model is based on.
If the site dimensions are wrong, the pipe spool may not line up.
If the old drawings are out of date, the platform may clash with existing steelwork.
If the equipment has been modified over time, the fabricated guard may need rework on site.
This is where 3D scanning for fabrication in Perth can provide real value.
Hamilton By Design has developed a Perth-focused page covering how LiDAR scanning, point clouds and scan-to-CAD workflows can support fabrication, fit-up verification and brownfield design work.
Read the full page here:
3D Scanning for Fabrication Perth
Why This Matters for SolidWorks Designers
When designing fabricated components in SolidWorks, the quality of the final model depends heavily on the quality of the starting information.
For new work in a clean workshop environment, that may be straightforward.
For brownfield fabrication work, it is usually different.
The existing site may include:
- Modified pipework
- Out-of-square steelwork
- Missing drawings
- Old plant layouts
- Tight access zones
- Handrails and walkways
- Existing pumps, tanks and ducts
- Services that are not shown on drawings
- Shutdown installation restrictions
Hamilton By Design’s Perth fabrication scanning page explains how 3D scanning can capture real site geometry before fabrication starts. The page notes that scan data can be used as a registered point cloud, CAD model, scan-to-CAD geometry or engineering drawing based on the actual site conditions.
From Point Cloud to SolidWorks Model
A point cloud is not always the final deliverable.
For fabrication projects, the value often comes from turning the scan data into usable engineering information.
That may include:
- SolidWorks models
- STEP files
- SAT files
- Parasolid files
- AutoCAD DWG drawings
- General arrangement drawings
- Fabrication drawing support
- Clash review geometry
- Site fit-up verification models
The Perth page lists SolidWorks and Inventor models as possible deliverables, along with STEP, SAT, Parasolid, DWG, point cloud files and fabrication drawing support.
For SolidWorks designers, this means the point cloud can become a reference for modelling new fabricated parts around existing site conditions.
Fabrication Workflows That Benefit
3D scanning can assist with a wide range of fabrication-related design work.
For Perth and WA projects, this may include:
- Structural steel platforms
- Pipe spools
- Pump station modifications
- Conveyor guards
- Chutes and hoppers
- Access covers
- Platework
- Tank and duct modifications
- Mechanical support frames
- Brownfield plant upgrades
The Perth page specifically identifies structural steel, pipework and spool fabrication, chutes, hoppers, mechanical guards, access covers, platework, tanks, ducts and vessels as fabrication types that can be supported by 3D scanning.
Reducing Fit-Up Risk Before Fabrication
The most expensive fabrication problems are often found late.
A small clash in SolidWorks is usually easy to fix.
A clash found after fabrication may require workshop rework.
A clash found during a shutdown installation can cost far more because labour, cranes, access equipment and production time may already be committed.
The Perth page makes this point clearly: the earlier a fit-up problem is found, the easier it is to fix. Finding the issue during design is usually cheaper than finding it after fabrication or during site installation.
For CAD designers, this is the key message:
Better site data helps create better fabrication models.
Perth and WA Industry Applications
The page is aimed at Perth and Western Australian fabrication projects, including mining, mineral processing, ports, marine facilities, oil and gas support, water and wastewater infrastructure, fabrication workshops, bulk materials handling, power generation, manufacturing and brownfield plant upgrades.
This makes it relevant for SolidWorks designers working with:
- Perth fabrication workshops
- Kwinana industrial plants
- Henderson marine and defence support
- Welshpool and Canning Vale fabrication suppliers
- Fremantle port infrastructure
- WA mining supply chain projects
- Pilbara and Goldfields shutdown work
Why an Engineering-Led Scan Matters
For fabrication, the scan is not just a picture of the site.
The important question is:
What information does the designer, engineer or fabricator need to reduce risk?
Hamilton By Design combines 3D scanning with mechanical engineering, drafting, CAD modelling and fabrication support. The Perth page explains that the scan data needs to be interpreted with an understanding of engineering, fabrication, fit-up and installation.
That matters when deciding:
- What needs to be scanned
- What should be modelled
- What can remain as point cloud reference
- Where the fit-up risks are
- What deliverables are useful for the fabricator
- What level of detail is actually needed
Read the Full Page
For SolidWorks designers, draftspeople, engineers and fabricators working on Perth or WA brownfield projects, this page is worth reading:
3D Scanning for Fabrication Perth
Related Hamilton By Design pages:
3D Scanning for Fabrication
3D Scanning Perth
Scan to CAD Perth
3D Scanning Perth Mechanical Engineering
