Tag: 3d scanning

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3D Scanning for Central West NSW Gold and Copper Processing Plants

Watercolour illustration of 3D LiDAR scanning at a Central West NSW gold and copper processing plant, showing pipework, conveyors, structural steel and the Hamilton By Design logo.

Gold and copper processing plants are difficult places to measure accurately. They often include dense pipework, conveyors, chutes, tanks, platforms, pumps, valves, handrails, cable trays and structural steel, all working together in a tight operating environment. Over time, these plants are modified during shutdowns, maintenance works and production upgrades. The result is that the real plant may no longer match the original drawings.

For engineers, maintenance planners and project teams, this creates a major problem. If the existing site information is incomplete or wrong, design decisions are made on assumptions. That can lead to clashes, poor access, rework, fabrication errors and costly delays during shutdowns.

Hamilton By Design provides engineering-grade 3D LiDAR scanning for gold and copper processing facilities across Orange, Blayney, Bathurst, Parkes and the wider Central West NSW region. Our scanning workflow helps capture accurate plant, pipework and structural data so engineers can plan upgrades, modifications and shutdown works with greater confidence.

For local engineering support in the region, Hamilton By Design also provides 3D Scanning Engineering in Orange for industrial, mining, infrastructure and processing plant projects.

Why Gold and Copper Processing Plants Are Hard to Measure

Gold and copper processing infrastructure is rarely simple. A typical plant area may include crushing, grinding, flotation, concentrate handling, dewatering, pumping systems, pipe racks, access platforms and structural supports. These systems are often layered around one another and squeezed into existing plant envelopes.

Manual measurement can be slow and difficult in these environments. It may require repeated access to elevated areas, congested walkways, shutdown zones or restricted plant areas. Even with careful site work, it is easy to miss critical details such as flange positions, pipe offsets, structural interferences, access clearances, equipment footprints or support steel locations.

The issue becomes more serious when fabrication is involved. A pipe spool, chute liner, access platform or replacement support frame may look correct on a drawing, but if the existing plant has moved, been modified or was never built exactly as drawn, the new item may not fit.

3D LiDAR scanning helps reduce this risk by capturing the real site condition before design and fabrication decisions are made.

What 3D LiDAR Scanning Captures

A 3D LiDAR scanner captures millions of measurement points from the visible plant environment. These points form a digital point cloud that can be used to measure, model and verify existing site conditions.

In a Central West gold or copper processing plant, 3D scanning can be used to capture:

  • Pipework and pipe racks
  • Pumps, motors and drive arrangements
  • Tanks, vessels and hoppers
  • Conveyors and transfer points
  • Chutes, guards and skirt systems
  • Platforms, stairs, ladders and handrails
  • Structural steel frames and supports
  • Floor levels, slab edges and equipment bases
  • Existing equipment footprints
  • Access restrictions and maintenance zones
  • Building envelopes and surrounding infrastructure

This information can then be used by engineers, drafters, fabricators and maintenance teams to make better decisions before work reaches site.

Hamilton By Designโ€™s broader Engineering-Grade LiDAR Scanning service is focused on capturing scan data that can be used for real engineering decisions, not just visual reference.

Supporting Orange and Central West NSW Processing Projects

Orange and the Central West NSW region support major mining, processing, agricultural, industrial and infrastructure activity. For gold and copper processing plants in this region, accurate site information is especially important because many projects are brownfield upgrades rather than new greenfield construction.

Brownfield projects are difficult because the design has to fit around what already exists. Existing plant may have been modified over many years. Old drawings may be missing, incomplete or no longer correct. Access may be limited. The new work may need to be installed during a short shutdown window.

Hamilton By Design can support Central West NSW projects involving:

  • Processing plant upgrades
  • Conveyor and chute modifications
  • Pipework replacement
  • Pump and tank modifications
  • Structural platform upgrades
  • Access and maintenance improvements
  • Scan-to-CAD modelling
  • Shutdown planning
  • Fabrication drawing preparation
  • Clash checking and design verification

The aim is to capture the site once, process the information properly and give the project team data they can actually use.

Turning Site Reality into Engineering Data

The value of 3D scanning is not only in the scan itself. The real value comes from turning the scan into useful engineering information.

A point cloud can be used to check clearances, measure distances, create sections, confirm equipment positions and model existing infrastructure. From there, the data can support CAD modelling, general arrangement drawings, fabrication design and installation planning.

For example, if a processing plant needs a pipework modification, the scan can help confirm the existing pipe route, flange orientation, valve access, nearby structural steel and installation clearances. If a chute or transfer point needs work, the scan can help confirm belt position, head pulley geometry, surrounding access platforms and support steel. If a platform needs upgrading, the point cloud can help verify levels, columns, handrails and connection points.

For projects where existing conditions are uncertain, Hamilton By Designโ€™s 3D LiDAR Scanning for As-Built & Brownfield Engineering provides a practical workflow for capturing the real site before design decisions are locked in.

How the Scanning Process Works

A typical Central West plant scanning project starts with a short discussion about the problem being solved. Some clients need a registered point cloud only. Others need CAD modelling, drawings, sections, elevations or fabrication support.

The usual workflow includes:

  1. Review the plant area and project objective
  2. Plan scanner locations and site access requirements
  3. Complete LiDAR scanning of the required area
  4. Register the scan data into a single point cloud
  5. Review scan coverage and data quality
  6. Export point cloud files such as E57, RCP or RCS
  7. Complete scan-to-CAD modelling if required
  8. Prepare drawings, sections or engineering deliverables if required

This process gives the project team a reliable record of existing conditions. It also reduces the need for repeated site visits, which can be important when access is limited or the plant is operating.

Tools Used to Assist the Work

Hamilton By Design uses scanning, modelling and drafting tools suited to mechanical and structural plant work. Depending on the project, the workflow may include FARO LiDAR scanning, FARO SCENE, Autodesk ReCap, Navisworks, SolidWorks, Inventor and AutoCAD.

Common deliverables may include:

  • Registered point clouds
  • E57, RCP, RCS or LAS files
  • 3D CAD models
  • General arrangement drawings
  • Sections and elevations
  • Pipework layouts
  • Equipment set-out drawings
  • Fabrication drawings
  • Clash review models
  • As-built documentation

The purpose is to make the scan useful for engineering, fabrication and installation. A point cloud may be valuable on its own, but many clients need the next step: clear CAD geometry, practical drawings and engineering interpretation.

Hamilton By Design also provides 3D LiDAR Scanning & Digital QA Verification for projects where existing or fabricated components need to be checked against design requirements.

Reducing Shutdown and Fabrication Risk

Shutdown work is expensive because the available window is usually short. Labour, cranes, scaffolding, access equipment, fabrication, transport and production downtime all need to line up. If a fabricated item does not fit, the cost is rarely limited to the part itself. The real cost is the delay, rework and disruption around it.

3D scanning can help reduce this risk before shutdown work begins. It allows the project team to check the existing plant condition early and ask practical questions such as:

  • Does the proposed pipe route fit?
  • Are the existing drawings still reliable?
  • Is there enough access for installation?
  • Will the new chute clear the existing structure?
  • Are there clashes with handrails, cable trays or supports?
  • Can the replacement item be modelled before removal?
  • What needs to be verified before fabrication starts?

For processing plants, this is where scan data becomes a risk-reduction tool. It helps move uncertainty from site into the design stage, where problems are cheaper and easier to solve.

Why Use an Engineering-Led Scanning Provider?

Not all scanning services are the same. A scanner can capture geometry, but engineering judgement helps determine what needs to be captured, how the information will be used and which details matter.

Hamilton By Design combines 3D LiDAR scanning with mechanical engineering, CAD modelling and drafting experience. This means the scan is planned around the final outcome, whether that is a point cloud, a CAD model, a pipework layout, a platform drawing, a chute design or a shutdown planning model.

For gold and copper processing facilities, this is important because the site is not just a shape to be recorded. It is an operating plant with mechanical systems, access constraints, maintenance requirements and fabrication realities.

Engineering-led scanning helps ensure the right areas are captured, the correct interfaces are considered and the final deliverables support real project decisions.

FAQs

What is 3D scanning used for in a gold or copper processing plant?

3D scanning is used to capture accurate existing conditions of plant, pipework, conveyors, chutes, tanks, platforms, structural steel and access systems. The scan data can then support engineering design, shutdown planning, fabrication, clash checking and as-built documentation.

Why is 3D scanning better than manual measurement?

Manual measurement can be slow, incomplete and difficult in congested plant areas. 3D scanning captures millions of points across the visible environment, giving engineers a more complete digital record of the site. It also reduces the need for repeated site visits.

Can 3D scanning help with shutdown planning?

Yes. Scanning can help project teams verify existing conditions before a shutdown begins. This can reduce the risk of fabricated parts not fitting, clashes with existing plant, access problems and unexpected site issues.

What areas of a processing plant can be scanned?

Typical areas include pipe racks, pump bays, conveyors, transfer stations, chutes, tanks, platforms, stairs, handrails, structural steel, equipment bases and surrounding access areas.

What file formats can be supplied?

Depending on the project, point cloud data can be supplied in formats such as E57, RCP, RCS or LAS. CAD deliverables may include DWG, DXF, STEP, SAT, Parasolid, SolidWorks or Inventor files.

Can the scan be converted into CAD drawings?

Yes. Scan data can be converted into CAD models, general arrangement drawings, sections, elevations, pipework layouts, fabrication drawings and as-built documentation.

Is this suitable for brownfield plant upgrades?

Yes. Brownfield upgrades are one of the strongest uses for 3D scanning. It helps engineers understand what is already built before designing new work around it.

Does Hamilton By Design service Orange and Central West NSW?

Yes. Hamilton By Design supports engineering, 3D scanning, scan-to-CAD and drafting work across Orange, Blayney, Bathurst, Parkes and the wider Central West NSW region.

Central West Gold and Copper Plant Scanning

For gold and copper processing facilities across Orange and Central West NSW, 3D scanning provides a practical way to capture complex existing infrastructure before engineering work begins. It helps project teams reduce manual measurement, improve design confidence and plan upgrades with better information.

Hamilton By Design can assist with plant scanning, scan-to-CAD modelling, pipework verification, structural drafting, conveyor and chute upgrades, shutdown planning and brownfield engineering support.

If your team is planning work around a Central West NSW processing plant, 3D LiDAR scanning can help turn a complicated site into reliable engineering data before the job reaches fabrication, shutdown or site installation.

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Orange NSW 3D LiDAR Scanning for Brownfield Processing Plants

Engineer using a 3D LiDAR scanner at an Orange NSW processing plant with point cloud data overlay for as-built documentation and plant upgrade planning.

Brownfield processing plants around Orange NSW and the Central West mining region often carry years of site changes, shutdown modifications, maintenance repairs and practical site-based upgrades. Over time, the plant that exists on site can become very different from the original drawings.

For engineers, maintenance teams and project managers, this creates a serious problem.

Before a plant upgrade, conveyor modification, chute redesign, structural change or shutdown project can be completed with confidence, the design team needs to know what is actually installed. That is where engineering-grade 3D LiDAR scanning in Orange NSW becomes valuable.

Hamilton By Design provides engineer-led 3D LiDAR scanning for processing plants, mine sites and heavy industrial facilities across Orange NSW and the Central West. The goal is simple: capture accurate as-built site data so engineering design, shutdown planning and capacity upgrade work can be based on real site conditions.

The Problem With Brownfield Processing Plants

Brownfield plants are rarely simple.

Processing plants are changed over many years to keep production running. A platform may be extended. A chute may be modified. A conveyor may be upgraded. Pipework may be rerouted. Guards, access stairs, handrails, tanks, pumps and structural supports may all change as the site grows.

The issue is that the drawings are not always updated after each modification.

This means engineers and contractors can be working from drawings that are incomplete, outdated or missing important site details. For a simple job, this may cause minor delays. For a major shutdown or capacity upgrade, it can create expensive problems.

Common issues include:

  • New equipment does not fit the existing space
  • Pipework clashes with structural steel
  • Platforms or handrails block installation access
  • Existing drawings do not match the plant
  • Tie-in points are not where the design expected
  • Fabricated parts require site rework
  • Shutdown tasks take longer than planned
  • Workers need to spend more time measuring in live plant areas

In a mining or processing environment, these problems affect more than drafting quality. They affect safety, cost, schedule and production.

Who Needs 3D LiDAR Scanning in Orange NSW?

3D LiDAR scanning is useful for any team that needs accurate site information before making engineering decisions.

For mine operators and processing plant owners, LiDAR scanning provides a reliable record of existing conditions before upgrades or shutdowns begin.

For project engineers, it gives a clear basis for design. Instead of relying only on old drawings, they can work from current site data.

For maintenance supervisors, it helps identify access constraints, equipment locations and workfront issues before trades arrive on site.

For mechanical and structural engineers, the point cloud can support design of chutes, hoppers, conveyors, platforms, walkways, pipe supports, guarding and mechanical equipment layouts.

For fitters, riggers and boilermakers, the benefit is practical. Better site data means fewer surprises during installation.

For drafting teams, the scan can be used to develop CAD models, sections, elevations and fabrication drawings.

In short, 3D scanning helps connect the real plant with the engineering design process.

What Is 3D LiDAR Scanning?

3D LiDAR scanning is a method of capturing real-world site geometry using laser measurement. A terrestrial scanner is set up in multiple positions around the plant. Each scan captures millions of measured points from visible surfaces.

These points are then registered together to create a point cloud.

A point cloud is a digital 3D record of the existing site. It can show structures, conveyors, stairs, tanks, pipework, platforms, equipment, building columns and surrounding access areas.

For engineering work, the point cloud can then be used to create:

  • 3D CAD models
  • 2D layout drawings
  • Sections and elevations
  • As-built documentation
  • Clash checks
  • Equipment layout studies
  • Fabrication references
  • Shutdown planning information

The key benefit is that the design team can see and measure the real plant without relying only on historical drawings.

Where This Applies Around Orange NSW

Orange NSW is part of the broader Central West / Orange mining and industrial region. The area includes mining operations, processing infrastructure, workshops, materials handling systems and heavy industrial facilities.

3D LiDAR scanning is especially useful in:

  • Processing plants
  • Concentrator areas
  • Conveyor systems
  • Transfer stations
  • Crusher and screening areas
  • Pump and pipework areas
  • Tank farms
  • Workshops
  • Structural platforms
  • Access stairs and walkways
  • Shutdown workfronts
  • Brownfield upgrade areas

The service is not limited to one type of equipment. It is most valuable anywhere the existing plant layout is complex and accurate information is needed before engineering design begins.

How The Scanning Process Works

A typical 3D LiDAR scanning workflow starts with understanding the problem.

The first step is to identify what the client needs to achieve. For example, the project may involve increasing plant capacity, replacing a chute, modifying a conveyor, installing new pipework, upgrading access platforms or checking if new equipment will fit.

Once the work area is understood, the site is scanned from multiple locations. The scanner captures visible geometry from each position. In complex plant areas, multiple scan positions are usually required so the final point cloud has enough coverage around equipment, platforms, pipework and structural steel.

After site capture, the scan data is registered. This means the individual scans are aligned into one coordinated point cloud.

From there, the data can be reviewed and used for engineering work. Depending on the project, Hamilton By Design can provide point cloud files, CAD models, mechanical layouts, structural drafting support, sections, elevations or scan-to-CAD deliverables.

The output depends on the problem being solved.

For some projects, the client may only need point cloud data to support their own design team. For others, they may need a full engineering workflow from scanning through to CAD modelling and drawing production.

Tools That Assist In Solving The Problem

The value of 3D LiDAR scanning comes from both the site capture and the engineering interpretation after the scan.

Common tools used in this workflow include:

ToolPurpose
FARO Focus ScannerCaptures accurate terrestrial LiDAR scan data on site
FARO SCENERegisters and processes scan data into a point cloud
Autodesk ReCapConverts and manages point cloud files for CAD workflows
NavisworksSupports model review, coordination and clash checking
SolidWorksMechanical design, modelling and equipment layout development
InventorMechanical modelling and fabrication design workflows
AutoCAD2D layouts, sections, elevations and drafting deliverables
Point Cloud DataProvides the accurate as-built reference for design decisions

The scanner captures the plant. The software helps organise the data. The engineering process turns that data into decisions.

This is where engineer-led scanning becomes important. A scan is not just a visual record. It needs to be captured and processed in a way that supports the design outcome.

Supporting Capacity Upgrade Projects

One of the strongest reasons to use 3D LiDAR scanning is to support plant upgrades aimed at increasing capacity.

When a site wants to increase throughput, the upgrade may involve larger equipment, modified chutes, conveyor changes, new pipe routes, additional pumps, upgraded platforms or changes to access and maintenance areas.

In a brownfield plant, the available space is usually constrained.

A capacity upgrade can fail or become expensive if the new design does not properly account for what is already installed. A larger chute may clash with a platform. A conveyor upgrade may affect guarding or access. New pipework may run into structural steel. A maintenance access route may be blocked by new equipment.

3D LiDAR scanning helps reduce this risk by confirming the actual site geometry before design and fabrication.

This allows engineers to test the design against the real plant. It also helps contractors understand installation constraints before the shutdown begins.

For capacity upgrade work, LiDAR scanning can help answer questions such as:

  • Will the new equipment fit?
  • Are there clashes with existing steel or pipework?
  • Can the equipment be installed safely?
  • Is there enough access for maintenance?
  • What needs to be removed or modified before installation?
  • Can fabrication be completed with more confidence?
  • Are there structural or access issues that need to be addressed early?

By answering these questions before the shutdown, the company can reduce the risk of delays and rework.

The Upside For Workers

For workers, better site data means clearer planning and fewer surprises.

Fitters, riggers, boilermakers and maintenance crews are often the people who discover design problems during installation. If something does not fit, they are left to solve the issue under time pressure, often during a shutdown.

That is not ideal.

Accurate 3D scanning helps move those problems earlier in the process, where they can be dealt with during design rather than during installation.

The upside for workers includes:

  • Less time spent measuring complex areas by hand
  • Better understanding of access constraints
  • Clearer shutdown work packs
  • Reduced rework during installation
  • Better lift and access planning
  • Fewer unexpected clashes
  • Improved communication between engineers and trades
  • Less time spent in operating plant areas gathering measurements

Good site information also supports safer conversations during planning. Workers can see the work area, understand the constraints and identify issues before the job starts.

The Upside For The Company

For the company, the value is measured in reduced risk.

A processing plant shutdown can be expensive. If a design is wrong, or if fabricated parts do not fit, the cost can grow quickly. Delays can affect production, labour costs, crane time, contractor coordination and commissioning.

3D LiDAR scanning helps reduce these risks by improving the quality of information at the start of the project.

The upside for the company includes:

  • Better engineering decisions
  • Reduced design uncertainty
  • Fewer site clashes
  • Less fabrication rework
  • More reliable shutdown planning
  • Improved contractor coordination
  • Better as-built documentation
  • Faster concept development
  • Stronger governance around design changes
  • Better support for future upgrades

The point cloud can also become a useful record for future work. Once captured, it can be reused for planning, design reviews and later modifications.

Why Engineering-Grade Scanning Matters

Not all scanning is the same.

For mining and heavy industry, the scan needs to support engineering decisions. That means the capture process must consider accuracy, coverage, file formats, access constraints, site safety and the final deliverable required by the project.

A basic visual scan may look impressive, but it may not provide the right information for design.

Engineering-grade scanning focuses on practical outputs. The goal is not just to create a digital image of the plant. The goal is to support real engineering work.

That may include modelling a chute, checking conveyor clearances, developing a platform layout, producing fabrication drawings or verifying a shutdown workfront.

Hamilton By Design combines 3D LiDAR scanning with mechanical engineering and CAD capability. This means the scan can be connected directly to the design process.

Example Use Cases

A processing plant in Orange NSW may use 3D LiDAR scanning before replacing a transfer chute. The scan can capture the conveyor, structure, access platforms, surrounding steel and installation constraints. This helps the chute design fit the real plant and reduces the chance of site modifications during installation.

A shutdown team may use scanning to prepare work packs before a major outage. The point cloud can help confirm access, equipment positions and nearby clashes.

A project engineer may use scanning before a capacity upgrade. The scan can help test whether larger equipment or modified conveyors will fit within the existing plant.

A structural engineer may use the point cloud to check platform layouts, stairs, handrails and support locations before producing design documentation.

A drafting team may use scan-to-CAD workflows to create updated layouts where existing drawings are missing or unreliable.

Hamilton By Design logo displayed on a blue tilted rectangle with a grey gradient background

For brownfield processing plants in Orange NSW and the Central West, accurate as-built information is one of the most important inputs into good engineering design.

Old drawings, incomplete records and years of site modifications can create risk before a project even starts. 3D LiDAR scanning helps solve that problem by capturing the real plant and turning it into usable engineering data.

For workers, this means clearer planning, fewer surprises and better shutdown preparation.

For companies, it means reduced rework, better design confidence, stronger project governance and improved support for capacity upgrades.

Hamilton By Design provides engineering-grade 3D LiDAR scanning in Orange NSW for processing plants, shutdown planning, structural upgrades and accurate as-built documentation. The result is better information before design, fabrication and installation begin.

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Engineering Governance Documentation Support for Rosebery, Tasmania

Rosebery is a working mining and processing town where engineering decisions need to be clear, traceable and practical.

On brownfield mining sites, the issue is often not just the design itself. The issue is whether the information behind the design can be trusted. Old drawings may not match the plant. Modifications may have been made during shutdowns. Fabrication details may sit across emails, markups, PDFs, contractor sketches and site knowledge held by fitters and supervisors.

Hamilton By Design supports Rosebery and Tasmaniaโ€™s west coast with engineering governance documentation, mechanical engineering support, 3D laser scanning, scan-to-CAD, drafting and reverse engineering for mining, concentrator and industrial sites.

What Is Engineering Governance Documentation?

Engineering governance documentation helps show how technical decisions were made, checked and controlled.

For mining and processing sites, this may include:

  • drawing registers
  • revision control
  • design basis documents
  • site measurement records
  • scan-to-CAD records
  • engineering markups
  • redline drawing updates
  • scope clarification documents
  • fabrication drawing control
  • as-built verification
  • inspection records
  • change documentation
  • technical queries and responses
  • document transmittals
  • approval workflows

The goal is to reduce confusion between site, engineering, fabrication and installation teams.

Why It Matters in Rosebery

Remote mining locations can make poor documentation expensive. If the wrong drawing is used, or if a fabrication package is based on outdated information, the result can be rework, delay, unsafe access or a failed installation during a shutdown.

Engineering governance documentation helps answer important questions:

  • What drawing is current?
  • What was measured on site?
  • What changed from the original design?
  • Who reviewed the information?
  • What assumptions were made?
  • What needs client approval?
  • What information is still missing?
  • What is suitable for fabrication?
  • What is suitable for construction or installation?

For Rosebery mining and concentrator work, this is especially useful where plant areas have been modified over many years.

Supporting Fitters, Riggers and Maintenance Teams

Fitters, riggers and maintenance supervisors often know the plant better than anyone. They can see what has worn, what does not fit, what is hard to access and what will cause problems during installation.

Hamilton By Design helps turn that site knowledge into controlled engineering documentation.

This can include:

  • site inspection notes
  • redline markups
  • measured sketches
  • 3D scan records
  • updated CAD drawings
  • fabrication-ready details
  • installation planning documents
  • clash and clearance checks
  • reverse engineering records
  • documented assumptions and exclusions

This gives the site team a clearer path from โ€œwe know there is a problemโ€ to โ€œwe have controlled information we can act onโ€.

3D Scanning as a Governance Tool

3D laser scanning is not only a measurement tool. Used properly, it becomes part of the engineering record.

Hamilton By Design can capture existing plant conditions using 3D laser scanning services and use the scan data to support drawing updates, fabrication checks, design reviews and as-built verification.

This is useful for:

  • chute and hopper replacements
  • conveyor transfer point upgrades
  • slurry pipework changes
  • pump and baseplate replacement
  • access platform modifications
  • guarding changes
  • shutdown planning
  • brownfield plant upgrades
  • concentrator plant documentation

Mechanical Engineering and Drawing Control

Hamilton By Design provides mechanical engineering support for practical plant issues where documentation needs to support real-world fabrication and installation.

This may include:

  • reviewing existing drawings
  • identifying missing information
  • checking fit-up constraints
  • developing design options
  • preparing general arrangement drawings
  • preparing fabrication drawings
  • maintaining drawing registers
  • managing revision changes
  • recording design assumptions
  • supporting technical clarification with site teams

The aim is not paperwork for the sake of paperwork. The aim is controlled information that helps people build, install, inspect and maintain with confidence.

Reverse Engineering Documentation

Where parts are worn, obsolete or poorly documented, Hamilton By Design can assist with reverse engineering with 3D scanning.

This can support:

  • replacement components
  • pump parts
  • brackets and supports
  • chute liners
  • pipe spools
  • guards
  • baseplates
  • custom mechanical parts

The reverse engineering process can be documented so that future repairs are not dependent on memory, guesswork or one-off site sketches.

Secondment and Embedded Documentation Support

For longer projects, shutdowns or ongoing plant upgrades, Hamilton By Design can also provide secondment services.

This allows experienced engineering, drafting or site-support personnel to work alongside your team to help manage technical documentation, drawing updates, site measurement records and engineering deliverables during peak workload periods.

Servicing Rosebery and Tasmaniaโ€™s West Coast

Hamilton By Design can support engineering governance documentation for Rosebery and nearby Tasmanian west coast locations, including:

  • Tullah
  • Zeehan
  • Queenstown
  • Strahan
  • Burnie
  • Devonport
  • broader Tasmanian mining and industrial sites

Need Engineering Governance Documentation Support in Rosebery?

If your Rosebery project needs clearer drawings, controlled revisions, scan-backed as-built records, fabrication documentation or engineering support for brownfield plant changes, Hamilton By Design can assist.

Contact Hamilton By Design to discuss engineering governance documentation, mechanical engineering, 3D scanning, scan-to-CAD or secondment support for Rosebery, Tasmania.

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Scan to BIM Services Australia | LiDAR, Point Clouds & CAD Modelling
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Reverse Engineering Obsolete Water Pump Components Sydney

Reverse engineering obsolete water pump components in Sydney using 3D laser scanning, SolidWorks CAD modelling and manufacturing drawings to replace discontinued OEM pump parts for water infrastructure and industrial facilities.

Reverse Engineering Obsolete Water Pump Components Sydney

Hamilton By Design provides reverse engineering services for obsolete water pump components in Sydney NSW, helping water utilities, maintenance teams, manufacturers, asset owners and engineering contractors replace discontinued OEM pump parts when drawings, models or supplier support are no longer available. We inspect, measure, scan and model existing pump components to create accurate CAD files, manufacturing drawings and engineering documentation suitable for repair, replacement, refurbishment or local manufacture.

Reverse Engineering for Obsolete Pump Components in Sydney NSW

Water pump assets often remain in service for decades. Over time, OEM parts can become unavailable, lead times can increase, suppliers may discontinue product lines, and replacement costs can become difficult to justify. For councils, water treatment plants, pumping stations, industrial facilities and infrastructure operators, this can create serious maintenance and operational risks.

Hamilton By Design supports Sydney-based clients by reverse engineering worn, damaged or obsolete water pump components so they can be reproduced, repaired or improved. This includes pump casings, impellers, shafts, sleeves, bushes, bearing housings, covers, flanges, couplings, wear rings, brackets and other mechanical pump components.

Our work combines practical trade experience, mechanical engineering knowledge, 3D scanning, CAD modelling and detailed drafting. The result is clear, usable documentation that can support fabrication, machining, casting, repair, procurement and asset maintenance.

Who We Help

We provide reverse engineering and engineering drafting services for clients across Sydney NSW and surrounding regions, including:

Water treatment plants
Wastewater facilities
Council pumping stations
Industrial water systems
Utilities and infrastructure operators
Manufacturing plants
Mining and mineral processing facilities
Ports and marine infrastructure
Mechanical contractors
Maintenance teams
Fabricators and machine shops
Pump repair workshops
Asset owners with discontinued OEM equipment

We also support projects in Newcastle, the Hunter Valley, Brisbane, Perth, Melbourne, regional NSW and across Australia where pump components or mechanical assets need to be measured, modelled and documented.

Why Reverse Engineer Obsolete Water Pump Components?

Reverse engineering is useful when an existing component is required but original design information is missing or unreliable. Many older water pump assets were installed years ago, and drawings may no longer exist, may be incomplete, or may not reflect changes made during maintenance.

Reverse engineering can help when:

OEM parts are discontinued
OEM lead times are too long
Replacement parts are too expensive
The original drawings are missing
The part has been modified over time
A casting pattern is no longer available
A pump needs to remain operational
A local manufacturing option is required
The component needs to be improved or strengthened
A damaged part needs to be reproduced urgently

For water infrastructure, downtime can be costly. Reverse engineering allows asset owners to extend the life of critical pump equipment while maintaining control over documentation, repair options and future spare parts.

Typical Pump Components We Reverse Engineer

Hamilton By Design can reverse engineer a wide range of pump and rotating equipment components, including:

Impellers
Pump casings
Bearing housings
Shafts
Shaft sleeves
Wear rings
Bushes
Couplings
Drive components
Flanges
Covers and guards
Mounting brackets
Split casings
Casting components
Machined components
Replacement OEM-style parts
Obsolete water pump components
Custom repair components

Where required, we can also document finished machining details, keyways, fits, tolerances, material notes, surface finish requirements and general arrangement information.

Technical Capability

Our reverse engineering workflow combines physical inspection, 3D measurement, laser scanning and CAD modelling. Depending on the component and project requirements, we can use:

FARO 3D laser scanning
FARO SCENE point cloud processing
Autodesk ReCap RCP and RCS workflows
E57 point cloud export
SolidWorks 3D modelling
Autodesk Inventor modelling
AutoCAD 2D drafting
STEP, SAT and Parasolid file creation
DWG and PDF manufacturing drawings
Engineering review and practical design input

For complex geometry such as cast pump casings or impellers, 3D scanning helps capture the external shape of the component. For machined features, manual measurement and engineering judgement are often required to define functional dimensions, tolerances and fits.

The goal is not just to copy the damaged part. The goal is to understand how the part functions, what surfaces are critical, what features are worn, and what information is required to manufacture or repair the part correctly.

Standards and Engineering Considerations

Depending on the project, documentation may reference relevant Australian Standards, client specifications, machining standards or general engineering practices. Reverse engineering pump components may involve consideration of:

Material selection
Corrosion resistance
Machining allowances
Casting allowances
Fits and tolerances
Surface finish
Weld repair requirements
Fastener details
Bearing and bush fits
Shaft alignment
Clearances
Operating environment
Maintenance access
Asset life extension
Fabrication and machining practicality

For water and wastewater applications, material selection is important. Stainless steel, duplex stainless, cast iron, bronze, polymer composites and engineered coatings may all be considered depending on the service environment and client requirements.

Our Reverse Engineering Process

1. Initial Review

We begin by reviewing the component, photos, existing drawings, site information and the reason the part needs to be reverse engineered. This helps determine whether the outcome should be a like-for-like replacement, a repair drawing, a manufacturing drawing, a 3D model, or an upgraded engineering solution.

2. Site Inspection or Component Measurement

The component can be measured on site in Sydney or inspected at a workshop. For larger pump assemblies or installed equipment, site scanning may be used to capture the surrounding equipment, pipework, access restrictions and interface points.

3. 3D Scanning and Manual Measurement

Where suitable, we use 3D scanning to capture the component geometry. Manual measurement is then used to confirm critical features such as bores, shaft diameters, bolt patterns, keyways, bearing fits, flange faces and machined surfaces.

4. Point Cloud Processing

Scan data is processed into usable formats such as E57, RCP or RCS. The point cloud can then be used as the reference geometry for CAD modelling, comparison and documentation.

5. CAD Modelling

The component is modelled in SolidWorks, Inventor or another suitable CAD platform. For cast or organic shapes, the model may include a practical representation of the geometry suitable for manufacturing, machining, fabrication or pattern development.

6. Engineering Review

We review the model for function, fit, interfaces and manufacturing practicality. Where a component is worn or damaged, engineering judgement may be required to identify original design intent rather than simply copying worn geometry.

7. Drawing and Documentation

Manufacturing drawings are produced showing the required dimensions, notes, tolerances, materials and machining information. Drawings can be supplied as PDF and DWG files, with 3D models supplied in SolidWorks, STEP, SAT or Parasolid formats.

8. Client Review and Final Issue

The drawing package is issued for client review. Where required, changes can be made based on additional photos, site checks, workshop feedback or manufacturing requirements.

Deliverables

Depending on the scope of work, clients may receive:

3D scan files
E57 point cloud files
RCP or RCS files
SolidWorks 3D models
Inventor 3D models
STEP files
SAT files
Parasolid files
DWG drawings
DXF profiles
PDF manufacturing drawings
General arrangement drawings
Machining drawings
Casting reference models
Inspection notes
Reverse engineering report
Critical dimension summaries
Material and finish notes
Assembly interface documentation

Not every project requires every deliverable. For some clients, a simple manufacturing drawing is sufficient. For others, a full 3D model, scan file, assembly drawing and engineering report may be required.

Why Choose Hamilton By Design?

Hamilton By Design brings together hands-on trade experience, mechanical design capability and engineering drafting expertise. Our background includes fitting and turning, CNC machining, fabrication, 3D CAD modelling, site measurement, mechanical engineering and industrial asset documentation.

We understand that reverse engineering is not only a drafting task. It requires practical knowledge of how parts are made, how they fit, how they wear and how they are repaired. This is especially important for pump components where worn surfaces, damaged castings, corrosion and missing information can affect the final outcome.

Our experience includes work across water, mining, ports, manufacturing, infrastructure, industrial plants and utilities. We use modern 3D scanning and CAD tools while applying practical engineering judgement to deliver documentation that fabricators, machinists and asset owners can actually use.

Hamilton By Design also provides related engineering and digital measurement services, including:

Scan to CAD Services
Scan to BIM Services
Mechanical Engineering Services
Reverse Engineering Services
3D LiDAR Scanning
Engineering Drafting
Structural Drafting
SolidWorks Modelling
As-Built Documentation
Industrial Site Measurement

Suggested internal links:

Reverse Engineering Services: /reverse-engineering/
Scan to CAD Services: /scan-to-cad/
Scan to BIM Services: /scan-to-bim/
Mechanical Engineering Services: /mechanical-engineering-services/
3D LiDAR Scanning: /3d-lidar-scanning/
Engineering Drafting Sydney: /engineering-services-sydney/

Frequently Asked Questions

Can you reverse engineer obsolete water pump parts without drawings?

Yes. We can measure, scan and model existing pump components even when original drawings are unavailable. Where parts are worn or damaged, we use engineering judgement to help determine the likely original geometry.

Do you provide reverse engineering services in Sydney NSW?

Yes. Hamilton By Design provides reverse engineering services across Sydney NSW, including water plants, industrial sites, workshops, pumping stations and infrastructure facilities.

What pump components can you reverse engineer?

We can reverse engineer pump casings, impellers, shafts, bushes, sleeves, covers, bearing housings, wear rings, brackets, flanges, couplings and other mechanical pump components.

Can you help replace discontinued OEM pump parts?

Yes. We can create CAD models and manufacturing drawings for discontinued OEM-style parts where original parts are no longer available or have long lead times.

Do you provide manufacturing drawings?

Yes. We can provide PDF and DWG drawings with dimensions, notes, materials, tolerances and machining details suitable for review by fabricators, machinists or repair workshops.

Can you scan large pump assemblies on site?

Yes. Larger pump assemblies, installed equipment and surrounding pipework can be scanned on site where required. This is useful when interface points, access constraints or as-built conditions need to be captured.

What file formats can you supply?

Typical file formats include E57, RCP, RCS, DWG, DXF, PDF, SolidWorks, STEP, SAT and Parasolid files.

Can you improve a component instead of copying it exactly?

Yes. Where required, we can review the component and suggest practical improvements relating to material, machining, fit, access, maintenance or durability. Any design changes should be reviewed and approved before manufacture.

Is reverse engineering suitable for urgent pump repairs?

Yes. Reverse engineering can be useful when a critical pump part has failed and OEM lead times are too long. The timeframe depends on the complexity of the part and the level of documentation required.

Do you work with pump repair workshops and machine shops?

Yes. We regularly support workshops, fabricators, machinists, maintenance contractors and asset owners with practical CAD models and drawings for repair, replacement and manufacturing work.

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Reverse Engineering Obsolete Water Pump Components in Sydney

Hamilton By Design helps Sydney water, wastewater, industrial and infrastructure clients extend the life of ageing pump assets by reverse engineering obsolete and discontinued components. We combine 3D scanning, manual measurement, CAD modelling, engineering drafting and practical mechanical experience to produce usable documentation for repair, replacement and manufacture.

If your water pump component is no longer available, has a long OEM lead time or needs to be reproduced from an existing part, Hamilton By Design can help create the CAD files, drawings and engineering documentation required to move the project forward.

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Scan to CAD Perth

Scan to CAD Perth workflow by Hamilton By Design showing engineering-grade LiDAR scanning of an industrial processing facility in Perth, Western Australia. The image illustrates the complete reality capture process from laser scanning and point cloud registration through to 3D CAD modelling, engineering drawings, mechanical engineering and structural drafting. Featured are a field engineer operating a FARO laser scanner, a coloured point cloud model, a detailed industrial plant CAD model, fabrication drawings and industries including mining, manufacturing, marine, water infrastructure and energy.

Engineering-Grade Point Cloud to CAD Services

Scan to CAD Perth

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When existing facilities, equipment, structures, and process plants need to be modified, expanded, or documented, accurate information is critical. Unfortunately, many sites across Perth and Western Australia rely on outdated drawings, incomplete documentation, or site measurements that do not reflect what has actually been built.

Hamilton By Design provides professional Scan to CAD Perth services, combining engineering-grade LiDAR scanning with experienced mechanical and structural drafting to create accurate CAD models and drawings from real-world assets.

Rather than relying on tape measures or assumptions, we capture the existing environment using advanced 3D laser scanning technology and convert the resulting point cloud data into usable engineering deliverables.

What is Scan to CAD?

Scan to CAD is the process of converting physical assets into accurate digital engineering models and drawings.

The workflow typically includes:

  1. Site scanning using LiDAR technology
  2. Registration of the point cloud data
  3. Creation of CAD models
  4. Production of engineering drawings
  5. Verification against captured site conditions

The result is a highly accurate digital representation of the existing asset that can be used for engineering, maintenance, fabrication, and future upgrades.

Why Use Scan to CAD?

Many projects fail because existing site information is incorrect.

Common challenges include:

  • Missing drawings
  • Outdated drawings
  • Unrecorded modifications
  • Unknown equipment locations
  • Limited shutdown windows
  • Expensive site revisits
  • Fabrication errors
  • Installation clashes

Scan to CAD helps eliminate these issues by providing a reliable digital record of the actual site conditions.

3D Scanning Perth
Mechanical Engineering Perth

Our Scan to CAD Workflow

1. Site Capture

Hamilton By Design uses engineering-grade LiDAR scanning equipment to capture millions of measurement points across the site.

Applications include:

  • Mining facilities
  • Processing plants
  • Structural steel installations
  • Pipework systems
  • Conveyor systems
  • Water treatment facilities
  • Manufacturing plants
  • Marine facilities

2. Point Cloud Registration

Individual scans are combined into a single registered dataset.

This process creates a coordinated point cloud representing the complete facility.

Deliverable formats can include:

  • E57
  • RCP
  • RCS
  • LAS

3. CAD Modelling

The point cloud is imported into engineering software where accurate models are developed.

Software used includes:

  • SOLIDWORKS
  • AutoCAD
  • Autodesk Inventor
  • Navisworks

Models may include:

  • Structural steel
  • Pipework
  • Mechanical equipment
  • Platforms and access systems
  • Buildings and facilities
  • Process infrastructure

4. Engineering Drawings

Once modelling is complete, the information can be converted into detailed engineering documentation.

Typical deliverables include:

  • General Arrangement Drawings
  • Fabrication Drawings
  • As-Built Drawings
  • Layout Drawings
  • Structural Steel Drawings
  • Mechanical Drawings
  • Pipework Drawings

Industries We Support in Perth

Hamilton By Design supports clients throughout Perth and Western Australia including:

Mining

  • Iron Ore
  • Gold
  • Lithium
  • Nickel
  • Mineral Processing

Manufacturing

  • Food Processing
  • Packaging Facilities
  • Industrial Production

Energy

  • Power Generation
  • Renewable Energy Facilities
  • Oil and Gas Infrastructure

Water Infrastructure

  • Water Treatment Plants
  • Pump Stations
  • Wastewater Facilities

Marine and Ports

  • Ship Repair Facilities
  • Port Infrastructure
  • Bulk Handling Equipment

Benefits of Scan to CAD

Reduce Site Visits

Capture everything during a single visit and continue working remotely.

Improve Design Accuracy

Design directly from measured site conditions.

Reduce Fabrication Risk

Accurate models help reduce costly fabrication errors.

Improve Safety

Less time measuring equipment in operational environments.

Support Future Projects

Create a digital record that can be reused for future upgrades.

Typical Scan to CAD Deliverables

Hamilton By Design can provide:

  • Point Cloud Files
  • AutoCAD Drawings
  • SOLIDWORKS Models
  • Inventor Models
  • STEP Files
  • SAT Files
  • DWG Files
  • DXF Files
  • Structural Steel Models
  • Mechanical Equipment Models
  • Pipework Models
  • Fabrication Drawings

Why Hamilton By Design?

Hamilton By Design combines reality capture technology with practical engineering experience.

Our team understands:

  • Mechanical Engineering
  • Structural Steel Design
  • Fabrication Workflows
  • Mining Infrastructure
  • Process Plants
  • Site Installation Requirements

This means we do more than simply collect scan data. We transform site information into practical engineering deliverables that support project execution.

Perth Service Area

We provide Scan to CAD services across:

  • Perth CBD
  • Kwinana
  • Henderson
  • Welshpool
  • Canning Vale
  • Malaga
  • Osborne Park
  • Rockingham
  • Fremantle
  • Bunbury
  • Geraldton
  • Kalgoorlie
  • Port Hedland
  • Karratha
  • Pilbara Region
  • 3D Laser Scanning Perth
  • LiDAR Scanning Perth
  • Mechanical Engineering Perth
  • Reverse Engineering Perth
  • Structural Drafting Perth
  • Point Cloud to CAD Modelling
  • As-Built Documentation
  • Industrial Reality Capture

Frequently Asked Questions

What is Scan to CAD?

Scan to CAD is the process of converting laser scan data into CAD models and engineering drawings.

What industries use Scan to CAD?

Mining, manufacturing, energy, water, marine, construction, and industrial facilities commonly use Scan to CAD workflows.

What file formats can be delivered?

DWG, DXF, STEP, SAT, Parasolid, E57, RCP, RCS, and PDF.

Can Scan to CAD be used for structural steel?

Yes. Existing structures can be scanned and converted into detailed structural steel models and fabrication drawings.

Can Scan to CAD be used for pipework?

Yes. Pipework systems can be modelled directly from point cloud data to support modifications and upgrades.

Do you provide services outside Perth?

Yes. Hamilton By Design supports projects throughout Western Australia and across Australia.

Our Clients

Contact Hamilton By Design

If you require accurate site information for design, fabrication, maintenance, or asset management, Hamilton By Design can help.

Our engineering-led Scan to CAD Perth services transform real-world assets into accurate digital engineering deliverables, helping projects move forward with confidence.

Hamilton By Design โ€“ Engineering, LiDAR Scanning, CAD Modelling and Drafting Services Across Perth and Western Australia.

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Project Management Challenges

Hamilton By Design project management infographic showing how engineering-grade LiDAR scanning, reality capture, mechanical engineering, CAD modelling, and project controls help overcome common project challenges. The graphic highlights issues such as incomplete site information, outdated drawings, scope creep, budget overruns, rework, schedule delays, and communication breakdowns. It illustrates a workflow from LiDAR scanning and point cloud data through CAD modelling, verification, and successful project delivery with improved safety, reduced risk, cost certainty, and accurate engineering outcomes.

How the Right Information, 3D Scanning and Engineering Tools Drive Project Success

Your Success Is Our Success

Every project manager starts with the same objective:

Deliver a successful project safely, on time and within budget.

Whether the project involves a mining operation, manufacturing facility, port infrastructure, processing plant, water treatment facility, conveyor system, structural upgrade or equipment installation, success ultimately depends on the quality of the decisions made throughout the project lifecycle.

Unfortunately, project managers often face significant challenges:

  • Inaccurate drawings
  • Unknown site conditions
  • Scope creep
  • Communication issues
  • Budget pressures
  • Schedule constraints
  • Construction clashes
  • Fabrication errors
  • Asset documentation gaps

These challenges rarely occur because people are not trying hard enough.

Most occur because project teams are making decisions with incomplete or inaccurate information.

At Hamilton By Design, we believe project success starts with good information.

That is why we have invested in engineering-grade 3D scanning technologies, digital engineering workflows, CAD platforms, simulation tools and practical engineering expertise to help our clients reduce risk and improve project outcomes.

Your success is our success.

Learn more:

Why Projects Struggle

Project managers are expected to coordinate:

  • Asset owners
  • Operations personnel
  • Engineers
  • Contractors
  • Fabricators
  • Suppliers
  • Maintenance teams
  • Construction crews

Each stakeholder brings different priorities.

Without accurate information, even simple projects can become difficult.

Common issues include:

Drawings Do Not Match Reality

Many industrial facilities have been operating for decades.

Over time:

  • Pipework is modified
  • Equipment is replaced
  • Structures are altered
  • Temporary solutions become permanent

Unfortunately, documentation is not always updated.

Project teams may begin engineering work based on drawings that no longer represent the actual facility.

Site Conditions Are Unknown

A pipe hidden behind equipment.

An undocumented support structure.

An access issue not identified during planning.

Small surprises often become large project delays.

Rework Becomes Expensive

The cost of identifying an issue during design is significantly lower than discovering the same issue during construction.

Good information reduces rework.

The Foundation of Project Success: Accurate Information

Before discussing tools, it is important to understand a simple principle:

Every engineering decision is only as good as the information available.

Accurate information improves:

  • Planning
  • Design
  • Budgeting
  • Scheduling
  • Procurement
  • Construction

This is why modern project delivery increasingly relies on reality capture and digital engineering workflows.

Understanding 3D Scanning Technologies

Not all scanners are the same.

Different technologies suit different applications.

Selecting the correct technology is critical.

Terrestrial LiDAR Scanners

Terrestrial LiDAR scanners are commonly used for industrial facilities.

Examples include:

  • FARO Focus Series
  • Leica RTC360
  • Trimble X9

Typical applications:

  • Processing plants
  • Manufacturing facilities
  • Structural steel
  • Pipework
  • Conveyor systems
  • Buildings

Typical accuracy:

  • ยฑ1 mm to ยฑ3 mm single scan
  • ยฑ2 mm to ยฑ10 mm registered project accuracy

Benefits:

  • Accurate site verification
  • Reduced site visits
  • Improved design confidence

Hamilton By Design uses engineering-grade terrestrial LiDAR scanning to support scan-to-CAD workflows and project delivery.

Mobile LiDAR Systems

Mobile LiDAR systems allow operators to walk through facilities while collecting data.

Examples include:

  • FARO Orbis
  • NavVis VLX
  • Leica BLK2GO

Applications:

  • Warehouses
  • Large buildings
  • Facility documentation

Benefits:

  • Rapid data capture
  • Reduced field time

Limitations:

  • Lower accuracy than tripod-based systems

Structured Light Scanners

Structured light scanners project patterns onto surfaces and capture highly detailed geometry.

Applications:

  • Reverse engineering
  • Product development
  • Component modelling

Typical accuracy:

  • ยฑ0.02 mm to ยฑ0.10 mm

Portable Metrology Arms

Portable metrology systems are used for precision measurement.

Applications:

  • Machined components
  • Gearboxes
  • Pump components
  • Manufacturing inspection

Typical accuracy:

  • ยฑ0.015 mm to ยฑ0.05 mm

Drone LiDAR Systems

Drone-based systems capture large areas quickly.

Applications:

  • Mining
  • Infrastructure
  • Stockpiles
  • Terrain mapping

Typical accuracy:

  • ยฑ20 mm to ยฑ100 mm

How Hamilton By Design Uses Scanning to Improve Project Outcomes

Scanning alone does not deliver project success.

Success comes from transforming captured data into useful engineering information.

Our workflow includes:

1. Site Verification

Capture existing conditions.

2. Point Cloud Registration

Align scan data accurately.

3. Scan-to-CAD

Convert reality into engineering models.

4. Engineering Design

Develop practical solutions.

5. Design Reviews

Identify issues before fabrication.

6. Drawing Production

Generate clear construction documentation.

7. Construction Support

Assist project teams during delivery.

8. As-Built Verification

Confirm final installation.

Hamilton By Design’s Project Delivery Toolkit

FARO Focus S70

Used for:

  • Industrial facilities
  • Pipework
  • Structural steel
  • Conveyors

Benefits:

  • Accurate existing-condition information
  • Improved project confidence

SOLIDWORKS

Used for:

  • Mechanical design
  • Equipment design
  • Reverse engineering

Benefits:

  • Manufacturing-ready models
  • Parametric design

AutoCAD

Used for:

  • General arrangements
  • Fabrication drawings
  • Construction documentation

FARO SCENE

Used for:

  • Registration
  • Quality control
  • Point cloud management

Autodesk ReCap

Used for:

  • Point cloud processing
  • Scan-to-CAD workflows

Navisworks

Used for:

  • Model reviews
  • Coordination
  • Clash detection

SOLIDWORKS Simulation

Used for:

  • Stress analysis
  • Structural verification

ANSYS

Used for:

  • Advanced engineering analysis

Rocky DEM

Used for:

  • Bulk materials handling
  • Chute design
  • Conveyor systems

The Benefits to Project Managers

When accurate information is available early:

Better Planning

Teams understand site conditions.

Better Budget Control

Unexpected variations are reduced.

Better Communication

Stakeholders review the same information.

Better Constructability

Designs are reviewed before fabrication.

Better Outcomes

Projects progress with greater confidence.

Why Experience Matters

Technology alone does not solve project challenges.

Hamilton By Design combines:

  • Mechanical engineering
  • Drafting
  • Manufacturing experience
  • Site experience
  • Reverse engineering
  • Reality capture
  • Digital engineering

Our objective is not simply to collect scan data.

Our objective is to help clients deliver successful projects.

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Contact Us – Talk to Us

Name
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Our Clients

Project success begins with reliable information.

By combining engineering-grade 3D scanning, scan-to-CAD workflows, mechanical engineering, simulation and practical project experience, Hamilton By Design helps project managers reduce uncertainty and improve outcomes.

From reality capture through to engineering design and construction support, our focus remains simple:

Your Success Is Our Success.

Learn more:

www.hamiltonbydesign.com.au

Additional engineering articles:

https://hamiltonbydesign.blogspot.com

Pipework detailing resources:

https://pipeworkdetailing.blogspot.com

Frequently Asked Questions

1. What are the biggest project management challenges?

Schedule delays, budget overruns, scope creep, poor communication and inaccurate information.

2. How does 3D scanning improve project delivery?

It provides accurate site information for planning and design.

3. What scanner does Hamilton By Design use?

The FARO Focus S70 terrestrial LiDAR scanner.

4. What is scan-to-CAD?

The process of converting scan data into engineering models and drawings.

5. How can LiDAR scanning reduce project risk?

By identifying existing conditions before design begins.

6. Can scanning reduce site visits?

Yes.

7. What industries benefit from scanning?

Mining, manufacturing, ports, infrastructure and processing plants.

8. What is a point cloud?

A digital representation of a physical environment.

9. Why is accurate information important?

Because project decisions depend on it.

10. Can scanning reduce rework?

Yes.

(Continue through FAQ 50 covering schedule management, budget control, stakeholder communication, brownfield projects, pipework modelling, structural steel, reverse engineering, shutdown planning, digital twins, clash detection, engineering analysis and project success.)

References

Hamilton By Design

www.hamiltonbydesign.com.au

Hamilton By Design Blog

https://hamiltonbydesign.blogspot.com

Pipework Detailing Blog

https://pipeworkdetailing.blogspot.com

FARO Technologies

https://www.faro.com

SOLIDWORKS

https://www.solidworks.com

ANSYS

https://www.ansys.com

Autodesk ReCap

https://www.autodesk.com/products/recap

Autodesk Navisworks

https://www.autodesk.com/products/navisworks

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