Solidworks | Sydney | Solidworks Consultants | Solidworks Contractors | Mechanical Design | 3D Pipe Drafting | 3D Lidar Scanning Sydney
Sunday, April 15, 2012
Solidworks Sydney: Structural Drafting
Engineering | Drafting | Laser Scanning
Structural Drafting
We also focus upon delivering the structural engineering services for all types of steel structures, reinforced concrete structures, composite structures, modular structures post tensioned structures, wooden structures, pre-stress structures and masonry structures.
Structural Detailing with Solidworks
The difference between design and detailing is, design is the complete creative process of taking an idea from conception and putting that concept to paper for the purpose of manufacture. Where as detailing is the first step of braking the design into manufacture-able pieces. In general these pieces become manufacture-able and are transported to site for erection.
Saturday, April 14, 2012
Solidworks Sydney: Sydney Steel Detailing
Sydney Steel Detailing
Hamilton By Design will keep your design projects on schedule and within budget.
Structural Detailing | Structural Design | Steel Work Drawings | Fabrication Drawings
Structural Detailing Sydney
Steel Structures can be broken into Columns, Beams, Braces, Trusses, Stairs, Handrails, Joists, Brackets and mechanical components that are used in the construction of building, bridges, industrial plants, and non building structures. Steel detailing projects completed by the Hamilton By design team have been a combination of commercial, residential, public, industrial or municipal. In general terms low-rise residential projects are rarely large enough to require significant amounts of structural steel.
Today, AutoCAD drafting has been largely replaced by Solid modelling CAD packages such as SolidWorks. A steel detailer using SolidWorks has been proven to increase there output by 100% compared to 3D Auto-desk Auto-cad traditional methods of detailing.
Structural | Detailing | Design | Drawings | Shop Drawings
Tuesday, March 6, 2012
SOLIDWORKS Sydney – Structural & Mechanical Detailing Powered by FARO Scanning
SOLIDWORKS Sydney – Structural & Mechanical Detailing Powered by FARO Scanning
In today’s mining and manufacturing environments, the biggest challenge is not modelling—it’s getting accurate, usable data to model from.
Traditionally, structural and mechanical detailing relied on:
- Old drawings
- Site measurements
- Assumptions
- Rework
That approach is slow, risky, and often wrong.
Today, the process has changed.
With FARO laser scanning, the design process starts with reality—not assumptions.
The Problem with Traditional Detailing
Structural and mechanical detailing has always been the bridge between:
- Engineering intent
- Fabrication
- Construction
Accurate detailing is critical because it converts design into buildable outcomes.
But when the input data is wrong:
- Steel doesn’t fit
- Equipment clashes
- Shutdowns blow out
- Costs increase
This is where most projects fail—not in design, but in data quality.
FARO Scanning Changes the Starting Point
FARO laser scanners allow us to capture:
- Existing structures
- Mechanical equipment
- Complex plant layouts
In full 3D, with millimetre-level accuracy.
Instead of guessing, we start with:
A complete digital representation of the site (point cloud)
This immediately removes:
- Manual measurement errors
- Missing geometry
- Site re-visits
From Scan to SOLIDWORKS – A Simplified Workflow
The real power of FARO is not just scanning—it’s how it simplifies everything that follows.
Step 1 – Capture Reality (FARO Scanner)
- Full plant captured in hours, not days
- No reliance on outdated drawings
- Complete coverage of structural and mechanical systems
Step 2 – Process & Validate (Point Cloud)
- Clean, registered dataset
- Verified alignment
- Engineering-grade accuracy
➡️ You now have trusted data before design even starts
Step 3 – Engineer in SOLIDWORKS
With accurate point cloud data:
- Structural members can be modelled directly against real geometry
- Mechanical systems can be aligned correctly first time
- Retrofit and brownfield design becomes practical
SOLIDWORKS enables parametric modelling of structures and assemblies, allowing engineers to build accurate, configurable models for fabrication and analysis.
➡️ No more “best guess” modelling
Step 4 – Automated Detailing & Drawings
Once the model is correct:
- Drawings are generated directly from the model
- Quantities, cut lists, and BOMs are created automatically
- Revisions are managed within the same environment
Modern detailing tools inside SOLIDWORKS can automate drawing creation, naming, and documentation, significantly reducing manual work and errors.
➡️ This is where FARO really pays off:
Correct model = correct drawings = correct build
Why FARO Simplifies the Design Process
1. Eliminates Rework at the Source
You are no longer designing from:
- Assumptions
- Incomplete data
You are designing from:
Verified, real-world geometry
2. Reduces Design Time
- No repeated site visits
- No manual measurement
- No “fix it later” modelling
➡️ Faster progression from concept → detail
3. Improves Coordination
Structural and mechanical systems are:
- Modelled together
- Checked against reality
- Verified before fabrication
4. Enables True Brownfield Engineering
Mining and manufacturing sites are rarely new.
They involve:
- Modifications
- Unknown changes
- Legacy infrastructure
FARO scanning allows:
Accurate as-built modelling of existing assets
5. Delivers Fabrication-Ready Outcomes
With the right workflow:
- Steel detailing
- Mechanical integration
- Conveyor and plant upgrades
All become:
Buildable, not conceptual
FARO vs Traditional “Scan and Dump”
Many providers:
- Capture data
- Export a file
- Walk away
The result:
- STL / mesh files
- No engineering value
- No integration into design
At Hamilton By Design:
We use FARO as part of an engineering workflow—not a standalone service
Engineer-Led Approach
We don’t just scan—we:
- Validate data
- Model in SOLIDWORKS
- Produce fabrication drawings
- Deliver engineering outcomes
Final Thought
FARO laser scanning doesn’t just improve accuracy.
It fundamentally changes the design process:
From
Measuring → Guessing → Fixing
To
Scanning → Engineering → Building
Call to Action
If your project involves:
- Existing plant
- Structural upgrades
- Mechanical integration
- Brownfield design
Then the question isn’t:
“Do we model this?”
It’s:
“Why are we not scanning this first?”
Structural - Mechanical - Detailing
Hamilton By Design | SolidWorks
Structural & Mechanical Detailing in Sydney
From 3D LiDAR Scanning to SolidWorks Engineering Models
Engineer-Led Detailing — Not Just Drafting
At Hamilton By Design, structural and mechanical detailing is no longer just about producing drawings — it’s about capturing reality, understanding it, and engineering it correctly.
Traditional detailing relies on site measurements, outdated drawings, or assumptions. Our approach replaces that with engineering-grade 3D LiDAR scanning using FARO technology, ensuring every design starts from verified, real-world data.
What Has Changed in Structural & Mechanical Detailing
Detailing used to begin with:
- Tape measures
- Legacy drawings
- Site interpretation
Today, it begins with 3D laser scanning.
3D scanning captures millions of measurement points to create a point cloud — a digital replica of the real-world environment that can be used to build accurate models and drawings.
FARO 3D Laser Scanning in Sydney
Using FARO LiDAR scanning technology across Sydney, we deliver:
- Full-site capture of industrial facilities
- Structural steel verification
- Mechanical plant layouts (conveyors, chutes, pipework)
- Brownfield upgrades and shutdown planning
The FARO Focus system provides:
- High-speed capture of complex environments
- Reduced need for repeat site visits
- Immediate feedback on scan coverage
- Accurate digital models for engineering use
This is critical in Sydney environments where:
- Access is limited
- Downtime is expensive
- Existing drawings are unreliable
From Point Cloud to SolidWorks
Capturing data is only the first step.
At Hamilton By Design, we convert scan data into usable engineering models, not just visual outputs.
Using FARO SCENE software, scan data is:
- Registered and aligned
- Cleaned and validated
- Exported into engineering-ready formats
From there, we build:
- Parametric SolidWorks models
- Fabrication-ready drawings
- Structural and mechanical assemblies
- FEA-ready geometry
This is where most scanning providers fall short — they deliver point clouds or meshes.
We deliver engineering outcomes.
Why Connecting FARO + SolidWorks Reduces Cost
The real value is not scanning or modelling alone — it’s connecting the two properly.
Eliminates Rework
Accurate site capture reduces clashes and redesign.
Reduces Site Time
Less time measuring means less downtime and fewer return visits.
Improves Fabrication Accuracy
SolidWorks models built from real data fit first time and reduce site modifications.
Enables Better Engineering Decisions
You are designing from verified geometry, not assumptions.
Sydney-Focused Engineering Advantage
Sydney projects often involve:
- Tight access industrial sites
- Aging infrastructure
- Limited documentation
- Fast project timelines
By combining local site knowledge, FARO LiDAR scanning, and SolidWorks engineering workflows, we reduce risk and deliver outcomes that are accurate, buildable, and commercially efficient.
Structural & Mechanical Detailing Services
We provide:
- Structural steel detailing (existing and new)
- Mechanical plant modelling
- Conveyor and chute design
- Pipework and equipment layouts
- Scan-to-CAD and reverse engineering
- As-built documentation
All backed by engineering-grade data capture.
Engineer-Led. Data-Driven. Outcome Focused.
Most providers will scan.
Some will model.
Very few will:
- Understand engineering intent
- Build usable SolidWorks models
- Deliver fabrication-ready outcomes
That’s where Hamilton By Design is different.
Let’s Connect the Dots
If your project involves:
- Existing plant
- Complex geometry
- Limited drawings
- Tight timelines
We can help you capture, model, and deliver properly the first time.
Start with accurate data.
End with engineered outcomes.
Engineering | Drafting | Laser Scanning
Monday, November 14, 2011
Solidworks Sydney: Solidworks Sydney
SolidWorks Sydney – Engineer-Led Design and Drafting
SolidWorks is one of the most widely used 3D CAD platforms across engineering, manufacturing, and product development. It provides powerful tools for parametric modelling, assemblies, and technical drawings, allowing businesses to move efficiently from concept through to fabrication.
At Hamilton By Design, we provide engineer-led SolidWorks services in Sydney, supporting businesses that need more than just CAD drafting. Our approach combines practical engineering knowledge with advanced digital tools to ensure that designs are not only accurate but also buildable, maintainable, and aligned with real-world conditions.
Many businesses can create a 3D model. Far fewer can deliver a model that works in practice — on site, in fabrication, and over the life of an asset.
SolidWorks Services in Sydney
Our SolidWorks services are designed to support a wide range of industries, including manufacturing, mining, industrial plants, and infrastructure projects across Sydney and regional New South Wales.
We provide:
- 3D parametric modelling
- Assembly design and layout development
- 2D engineering drawings and detailing
- Reverse engineering of existing components
- Mechanical drafting support
- Design for manufacture and fabrication
- Concept development
- Scan-to-CAD modelling
- Point cloud-based engineering
Each project is delivered with a focus on structured, usable outputs — not just visual models, but engineering data that supports fabrication, installation, and future upgrades.
Engineer-Led Design vs CAD-Only Services
There is a clear difference between CAD-only services and engineer-led design.
A CAD-only approach often focuses on producing geometry. An engineer-led approach considers:
- How the design will be fabricated
- Fit-up and tolerances in real-world conditions
- Maintenance access and operational requirements
- Material selection and durability
- Integration with existing equipment and structures
At Hamilton By Design, we bring this engineering perspective into every SolidWorks model and drawing. This ensures that designs are not only technically correct but also practical and aligned with how they will be used.
To understand more about our broader engineering capability, you can view our Mechanical Engineering Services:
https://www.hamiltonbydesign.com.au/home/mechanical-consulting-engineers/
Working with Existing Plant and Infrastructure
A large portion of engineering work in Sydney involves existing assets, including plant upgrades, modifications, and brownfield environments. In many cases, original drawings are outdated, incomplete, or no longer reflect the current condition of the site.
This creates risk when relying solely on traditional drafting or manual measurement.
To address this, Hamilton By Design integrates 3D laser scanning and point cloud capture into SolidWorks workflows. This allows accurate site data to be captured and used as the basis for modelling and design.
Key benefits of this approach include:
- Improved accuracy of models and drawings
- Reduced rework during fabrication and installation
- Better understanding of spatial constraints
- Increased confidence in design decisions
- Ability to validate existing conditions before modifications
This ensures that designs are based on real-world geometry, not assumptions.
To learn more about how scanning integrates with engineering workflows, visit:
https://www.hamiltonbydesign.com.au/home/engineering-services/3d-laser-scanning/
Delivering Usable Engineering Data
One of the common issues in the industry is the delivery of models that are difficult to use beyond visualisation. Formats such as STL, OBJ, or mesh-based files may look impressive but often lack the structure required for engineering applications.
At Hamilton By Design, we focus on delivering:
- Fully editable SolidWorks models
- Structured assemblies
- Fabrication-ready drawings
- Clear and consistent documentation
- Data suitable for ongoing engineering use
This is particularly important for projects involving:
- FEA (Finite Element Analysis)
- Mechanical design development
- Workshop fabrication
- Asset upgrades and lifecycle management
Our goal is not just to deliver a file, but to provide a foundation that supports the full lifecycle of a project.
Flexible Support for Sydney Businesses
We work with a wide range of clients across Sydney, from small fabrication workshops to large industrial operators. Our services are often used to complement internal teams or provide specialist expertise where needed.
Typical support includes:
- Overflow drafting capacity
- Contract SolidWorks design support
- Reverse engineering projects
- Site-based measurement and modelling
- Design support for fabrication and installation
- Engineering input for upgrades and modifications
This flexible approach allows businesses to scale their design capability without the need for permanent in-house resources.
Why Work with Hamilton By Design
Hamilton By Design combines engineering experience with modern digital tools to deliver practical, outcome-focused results.
Clients choose us because we offer:
- Engineer-led design and drafting
- Strong SolidWorks expertise
- Experience in industrial and mining environments
- Integration of 3D scanning and engineering workflows
- Practical, fabrication-focused outcomes
- Clear and structured deliverables
We understand that successful projects depend on more than software alone — they require engineering insight, attention to detail, and an understanding of how designs perform in the real world.
Hamilton By Design | SolidWorks
Engineering | Drafting | Laser Scanning
SolidWorks Sydney – Practical Design That Works
If your business is looking for SolidWorks support in Sydney, Hamilton By Design can assist with design, drafting, reverse engineering, and engineering-led workflows.
Whether you are developing a new design, upgrading existing equipment, or working within a complex site environment, we provide the tools and expertise required to move your project forward.
For more information, visit:
https://www.hamiltonbydesign.com.au/
Reality Capture Sydney
Structural Drafting
Solidworks Sydney
Hamilton By Design
SolidWorks Sydney
At Hamilton By Design, we provide engineer-led SolidWorks services in Sydney for businesses that need practical mechanical design, drafting, reverse engineering, and 3D scanning support.
We work with clients who need more than just a CAD operator. They need a team that understands how design decisions affect fabrication, installation, maintenance, and real-world performance.
Our work supports a wide range of industries, including manufacturing, mining, industrial plants, infrastructure, product development, and mechanical upgrades. Whether the task is a new design, an upgrade to existing equipment, or converting site information into usable engineering models and drawings, our focus is always on delivering outcomes that can actually be used.
Engineer-led SolidWorks services in Sydney
SolidWorks is a powerful tool, but the real value comes from how it is applied. At Hamilton By Design, we use SolidWorks as part of a broader engineering workflow that may include:
- Mechanical design and drafting
- 3D modelling and assembly development
- Reverse engineering
- Design for manufacture
- Technical documentation
- Engineering drawing production
- Concept development
- Scan-to-CAD workflows
- Point cloud-based modelling support
This means clients are not just getting a model on a screen. They are getting structured, editable engineering information that can support fabrication, review, planning, and future modifications.
More than just drafting
Many projects require more than basic drafting support. In older plants, brownfield sites, and custom fabrication environments, reliable design often starts with understanding what is really there.
That is why Hamilton By Design also supports projects with 3D laser scanning and point cloud capture. This allows existing equipment, structures, and spaces to be captured and used as the basis for SolidWorks modelling, layout development, and engineering drawings.
This approach helps reduce rework, improve fit-up confidence, and give project teams better information before fabrication or installation begins.
Flexible support for Sydney businesses
We support Sydney businesses that need:
- Overflow drafting capacity
- SolidWorks contract design support
- Mechanical engineering input
- Reverse engineering of existing components
- Site measurement and as-built capture
- 3D scanning linked to engineering outcomes
- Practical design support for fabrication and maintenance
Our focus is not just on producing CAD files. Our focus is on helping clients move projects forward with accurate, usable, and well-structured design information.
Why clients work with Hamilton By Design
Hamilton By Design combines practical engineering knowledge with modern digital tools. We understand that successful projects depend on more than software alone.
Clients choose us because we bring:
- Engineer-led thinking
- Practical site and fabrication awareness
- Strong SolidWorks capability
- Drafting and modelling support
- Experience with brownfield and industrial environments
- 3D laser scanning capability where required
- A focus on outcomes, not just file delivery
SolidWorks Sydney with Hamilton By Design
If your business is looking for SolidWorks support in Sydney, Hamilton By Design can assist with design, drafting, reverse engineering, and engineering-led 3D scanning workflows.
To learn more about our broader engineering and drafting services, visit Hamilton By Design.












