3D LiDAR Scanning for Mineral Processing Marlborough QLD

Engineer using a terrestrial 3D LiDAR scanner to capture conveyors, crushers and structural steel at a mineral-processing plant near Marlborough, Queensland.

3D LiDAR Scanning for Mineral Processing in Marlborough, Queensland

We provide engineering-grade 3D LiDAR scanning for mines, beneficiation plants and mineral-processing infrastructure throughout Marlborough and the surrounding Central Queensland region.

Our engineering-grade 3D laser scanning services capture the existing geometry of conveyors, crushers, screens, processing equipment, pipework and structural steel.

Registered point-cloud data can then be used for:

Brownfield plant upgrades
Shutdown planning
Scan-to-CAD modelling
Mechanical engineering
Structural-steel modifications
Dimensional verification
Replacement-equipment design
Fabrication and installation planning
As-built documentation

We support mining companies, mineral processors, engineering consultants, fabricators and maintenance contractors working throughout:

Marlborough
Kunwarara
Yaamba
Livingstone Shire
Rockhampton
Parkhurst
Clarke Creek
Central Queensland

Engineering-grade reality capture for mineral-processing plants

Mineral-processing facilities frequently contain tightly arranged equipment, complex structural steel and infrastructure that has been modified over many years.

Existing drawings may no longer represent the installed plant accurately. Manual measurement can also be difficult around operating conveyors, elevated structures, enclosed processing areas and restricted-access equipment.

Terrestrial LiDAR scanning captures millions of spatial measurements from multiple scanner positions. These measurements are registered into a coordinated three-dimensional point cloud representing the plant as it exists at the time of scanning.

The resulting dataset provides a reliable foundation for:

Brownfield modifications
Replacement-equipment design
Conveyor and chute upgrades
Structural-steel additions
Pipework modifications
Access-platform design
Plant-layout verification
Clash detection
Fabrication modelling
Shutdown planning

Our broader 3D laser scanning for engineering projects service combines site capture with engineering-ready models and drawings.

Supporting mineral processing around Marlborough

The Marlborough region is associated with magnesite resources, open-pit mining, screening, washing, beneficiation and bulk-material transport.

After extraction, magnesite ore may pass through several processing stages, including:

Selective open-pit mining
Run-of-mine screening
Primary crushing
Washing and scrubbing
Beneficiation
Dewatering
Graded stockpiling
Transport to downstream processing facilities
Blending and grinding
Calcination and high-temperature processing
Product crushing, sizing and dispatch

Each stage contains mechanical equipment, supporting structures and materials-handling systems that may require accurate existing-condition capture before an upgrade or replacement project begins.

LiDAR scanning for crushing and screening plants

Crushing and screening areas contain equipment that can be difficult to document using conventional hand measurements.

A coordinated laser scan can capture:

Run-of-mine receival areas
Feed hoppers
Grizzlies
Apron and vibrating feeders
Jaw crushers
Secondary crushers
Vibrating screens
Transfer chutes
Conveyor structures
Walkways
Access platforms
Equipment foundations
Guards
Maintenance clearances

The point cloud can be used to develop an accurate plant model before replacement equipment, support steel or access structures are designed.

This is particularly valuable where a new crusher, feeder or screen must fit within an existing structure with limited installation clearance.

Scanning for beneficiation and washing plants

Magnesite beneficiation may include screening, washing, scrubbing, separation, dewatering and controlled stockpiling.

We can scan beneficiation infrastructure including:

Washing screens
Scrubbers
Pumps
Pipework
Launders
Sumps
Tanks
Dewatering equipment
Cyclones
Process-water systems
Structural supports
Access stairs
Platforms and walkways

An engineering-grade scan provides a coordinated record of mechanical equipment, pipework, floor levels and supporting steelwork.

This information can be used to plan equipment replacements, modify pipe routes, improve access or design new processing modules.

Conveyor and transfer-point scanning

Conveyors and transfer stations are among the most common areas requiring dimensional verification within mineral-processing facilities.

Even small differences between existing drawings and the installed plant can create problems during fabrication or installation.

LiDAR scanning can capture:

Conveyor centre lines
Head and tail pulley locations
Drive arrangements
Take-up systems
Stringers and trestles
Transfer chutes
Skirting systems
Impact beds
Belt cleaners
Walkways
Platforms
Guards
Adjacent pipework
Electrical trays and services

The scan data can support the design of replacement chutes, skirts, guards, access systems and conveyor components.

Point-cloud models can also be incorporated into a structured mining-infrastructure engineering model for upgrade planning, fabrication and installation review.

Chute and hopper engineering

Chutes, hoppers and bins are exposed to abrasive material and may experience wear, corrosion, blockage, spillage and uncontrolled material flow.

Laser scanning allows the surrounding steelwork and equipment interfaces to be captured without relying entirely on original drawings.

The point cloud can support:

Replacement chute design
Chute-liner layouts
Wear-plate detailing
Hopper modifications
Spout and transition design
Transfer-point redesign
Structural-support modifications
Fabrication drawings
Installation clash checks

Accurate existing-condition data is particularly important when a replacement chute must connect to existing conveyors, skirts, support steel and discharge equipment.

Further information is available through our mining conveyor transfer chute design and chute design for mining services.

Plant shutdown scanning

Shutdown periods provide limited opportunities to access equipment that is normally operating, guarded, enclosed or otherwise difficult to approach.

A planned LiDAR survey can capture multiple plant areas during one site mobilisation. Engineers can then return to the point cloud after the shutdown to extract additional measurements without repeatedly returning to site.

Shutdown scanning may support:

Existing-condition capture
Replacement-equipment design
Tie-in verification
Structural modifications
Pipe-spool design
Maintenance planning
Installation sequencing
Post-installation verification
As-built documentation

Our 3D scanning for mining shutdown projects service is designed specifically for plant upgrades and time-sensitive shutdown work.

Structural-steel and access-system scanning

Mineral-processing plants commonly contain extensive structural steel supporting conveyors, screens, bins, platforms and processing equipment.

Terrestrial laser scanning can record:

Columns and beams
Equipment support frames
Conveyor trestles
Platforms
Stairs
Handrails
Ladders
Bracing
Floor penetrations
Existing connection locations
Available installation clearances

This information can be converted into an engineering model for new platforms, access improvements or equipment-support modifications.

The point cloud also allows designers to position proposed steelwork within the existing plant and identify potential clashes before fabrication begins.

Pipework and ducting surveys

Processing plants can contain dense networks of process-water pipes, slurry lines, compressed-air services, dust-extraction ducts and drainage systems.

Laser scanning captures the visible route and external geometry of these services within a common coordinate system.

Point-cloud data can assist with:

Pipe-routing studies
New tie-in locations
Replacement pipe spools
Pump and valve modifications
Process-water upgrades
Dust-collection upgrades
Duct-routing studies
Support-steel design
Clash detection
Shutdown installation planning

Critical connection dimensions can also be verified using direct measurement where the required fabrication tolerance is tighter than the general point-cloud survey tolerance.

Magnesia-processing plant applications

Following beneficiation, magnesite may be transported to a downstream processing facility for stockpiling, blending, grinding and thermal conversion into magnesium oxide products.

Typical downstream plant stages may include:

Ore receival
Stockpiling
Reclaiming
Blending
Grinding
Air classification
Calcination
Briquetting
Shaft-kiln processing
Electrofusion
Cooling
Product crushing
Screening
Packaging
Dispatch

LiDAR scanning can support engineering work around:

Truck receival hoppers
Reclaim conveyors
Grinding mills
Air classifiers
Calcination equipment
Vertical shaft kilns
Briquetting presses
Furnace buildings
Electrode systems
Cooling systems
Dust collectors
Exhaust ductwork
Product crushing and sizing equipment
Packaging and dispatch facilities

These areas frequently contain complex steelwork, ducts, pipework and mechanical equipment. Comprehensive reality capture can reduce reliance on incomplete or outdated legacy drawings.

Scan-to-CAD modelling

Point-cloud data can be converted into simplified or detailed CAD geometry depending on the engineering outcome.

Our 3D CAD modelling services can produce:

Existing-condition 3D models
Structural-steel models
Equipment-envelope models
Conveyor layouts
Chute and hopper models
Pipe-routing models
General arrangements
Plans, sections and elevations
Fabrication models
Installation drawings

Models can be developed around the plant areas directly relevant to the project rather than recreating the entire facility unnecessarily.

This targeted approach can reduce modelling time while providing the level of detail required for engineering, fabrication and installation planning.

Reverse engineering of plant components

Mineral-processing equipment may remain in service long after original drawings, models or suppliers are no longer available.

Laser scanning and detailed measurement can support the reverse engineering of:

Chute sections
Hoppers
Guards
Machine frames
Bearing housings
Duct transitions
Pipework interfaces
Wear liners
Access platforms
Obsolete mechanical components

Our reverse engineering with 3D scanning process can be used to develop replacement geometry while considering fit-up, manufacturing and installation requirements.

Clash detection and design verification

Proposed plant components can be positioned within the point cloud before fabrication.

This allows the project team to assess potential interference with:

Existing structural steel
Conveyors
Pipework
Electrical trays
Guards
Handrails
Platforms
Maintenance-removal paths
Mobile equipment routes
Crane and lifting access

Designing against captured plant geometry helps identify potential problems before steelwork or equipment arrives on site.

This can reduce site rework, emergency modifications and installation delays during a restricted shutdown window.

Point-cloud and engineering deliverables

Depending on the project scope, deliverables may include:

Registered colourised point clouds
E57 point-cloud files
Autodesk ReCap RCP or RCS files
LAS files
Scan-location plans
Existing-condition CAD models
SolidWorks models
Autodesk Inventor models
AutoCAD DWG drawings
STEP models
Parasolid models
General arrangements
Plans, sections and elevations
Fabrication drawings
As-built verification reports
Clash-review models

Deliverables are selected according to the client’s design platform, internal workflow and intended use of the survey.

Why use terrestrial LiDAR scanning?

Reduce manual measurement

A scanner captures complete visible surfaces and surrounding infrastructure rather than a limited number of isolated dimensions.

Reduce repeat site visits

Project teams can revisit the registered point cloud to obtain additional dimensions after the initial survey.

Design around actual plant conditions

The scan records the installed position of equipment and structures rather than relying exclusively on old drawings.

Improve fabrication confidence

Proposed components can be checked digitally against the surrounding plant before manufacturing begins.

Improve shutdown preparation

Interfaces, clearances, access restrictions and potential clashes can be assessed before the shutdown starts.

Improve safety during measurement

The scanner can capture elevated and difficult-to-reach surfaces from accessible locations, subject to line-of-sight limitations and site controls.

Create an enduring site record

The point cloud provides a dated three-dimensional record of the facility for future engineering, maintenance and asset-management projects.

Engineering-led LiDAR scanning

We combine reality capture with practical mechanical engineering, drafting and bulk-materials-handling experience.

Our capabilities include:

Engineering-grade 3D laser scanning across Australia
Point-cloud registration
Scan-to-CAD modelling
Mechanical design
Conveyor and chute design
Reverse engineering
Structural-steel detailing
Fabrication drawings
Existing-condition studies
Wear and erosion assessments
Shutdown engineering support

This enables the survey to be planned around the required engineering outcome rather than treated as an isolated scanning exercise.

Mineral-processing equipment we can capture

Our LiDAR scanning services can be applied to:

Crushers
Screens
Feeders
Conveyors
Transfer stations
Chutes
Hoppers
Bins
Scrubbers
Cyclones
Pumps
Tanks
Mills
Classifiers
Briquetting presses
Kilns
Furnaces
Dust collectors
Exhaust ducts
Pipework
Structural steel
Platforms
Stairs and access systems

Service area

Project-based scanning and engineering support is available for mineral-processing and industrial facilities throughout Marlborough and the broader Central Queensland region.

Potential service locations include:

Marlborough
Kunwarara
Yaamba
The Caves
Parkhurst
Rockhampton
Gracemere
Livingstone Shire
Clarke Creek
Gladstone
Central Queensland mining regions

Regional and remote work can be planned around site inductions, shutdown access, travel requirements and operating constraints.

Frequently asked questions

What is 3D LiDAR scanning?

3D LiDAR scanning uses laser measurements to capture the position and shape of visible surfaces within an operating environment.

The measurements are combined into a three-dimensional point cloud that can be viewed, measured and used as a reference for engineering design.

Can an operating mineral-processing plant be scanned?

Yes. Many external plant areas can be captured while the facility remains operational, subject to site rules, exclusion zones and safe access.

Some equipment interfaces may be better captured during a planned shutdown.

Can point-cloud data be used in SolidWorks?

Yes. Point-cloud data can be used as a spatial reference while developing SolidWorks equipment, structural and fabrication models.

The most appropriate workflow depends on the dataset size, required modelling accuracy and level of detail.

Can AutoCAD drawings be created from the scan?

Yes. Registered point-cloud data can be used to prepare AutoCAD general arrangements, plans, sections, elevations and mechanical drawings.

Can LiDAR scanning measure plant wear?

LiDAR scanning can assist with documenting accessible surface loss, deformation and geometric change.

Its suitability depends on the required accuracy, surface visibility, scan density and whether reliable baseline geometry is available.

Can conveyors and transfer chutes be scanned?

Yes. Conveyors, transfer stations, chutes, skirts, walkways, guards and supporting structures are common industrial scanning applications.

What scanning accuracy can be achieved?

The achievable accuracy depends on factors including scanner position, capture distance, surface characteristics, registration methodology and site conditions.

The scanning and verification plan should be established around the tolerances required for the engineering, fabrication or inspection task.

Is scanning-only available?

Yes. A project can include registered point-cloud data only or a combined scope involving scanning, CAD modelling, mechanical design and engineering drawings.

3D LiDAR scanning for Marlborough mineral-processing projects

Accurate existing-condition information is essential when upgrading operating mines and mineral-processing facilities.

Engineering-led LiDAR scanning can support the design, fabrication and installation of plant modifications throughout Marlborough, Kunwarara and Central Queensland.

Whether a project involves a conveyor upgrade, replacement chute, beneficiation-plant modification, new access platform or shutdown survey, the objective is to provide a dependable three-dimensional record of the plant before detailed design begins.

Contact us to discuss 3D LiDAR scanning, Scan-to-CAD modelling or mechanical engineering support for a mineral-processing project in Marlborough or Central Queensland.

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Why Conveyor Transfer Chute Design Matters

Reverse Engineer 3D Scanning

3D CAD Modelling Australia

3D Scanning for Mining Shutdown Projects

1 August 20268 September 2026

3D Laser Scanning for Hospitality | Hamilton By Design

3D Laser Scanning for Hospitality

Hamilton By Design provides engineer-led 3D laser scanning, LiDAR capture, point-cloud processing and scan-to-CAD modelling for hospitality buildings and venues across Australia.

Our services support hotels, resorts, restaurants, clubs, pubs, cafés, commercial kitchens, function centres, entertainment venues and mixed-use hospitality developments.

Using high-accuracy terrestrial laser scanning, we capture existing conditions quickly and create reliable digital information for refurbishment, fitout, services coordination, asset upgrades and engineering design.

Accurate Existing-Condition Capture for Hospitality Projects

Hospitality buildings are often complex, highly serviced and continuously occupied.

Original drawings may be incomplete, outdated or inconsistent with the current building. Previous renovations can also result in undocumented walls, ceilings, pipework, ductwork, electrical services, structural elements and equipment.

3D laser scanning creates a detailed record of the visible site conditions at the time of capture.

The resulting point cloud can be used to support:

Hotel and resort refurbishments
Restaurant and commercial kitchen upgrades
Pub and club renovations
Function-room reconfiguration
Guest-room remodelling
Bar and dining-area fitouts
Building-services coordination
Plant-room upgrades
Accessibility improvements
Façade and external-area documentation
Scan-to-CAD and Scan-to-BIM workflows
As-built verification

Hospitality Areas We Can Scan

Hamilton By Design can capture individual rooms, selected work areas or entire hospitality facilities.

Typical scanning areas include:

Guest rooms and suites
Hotel corridors and lift lobbies
Reception and concierge areas
Restaurants and cafés
Commercial kitchens
Bars and beverage-service areas
Ballrooms and function rooms
Conference and meeting spaces
Gaming and entertainment areas
Clubs and pubs
Amenities and accessible bathrooms
Laundries and back-of-house areas
Loading docks and delivery areas
Roof spaces and ceiling cavities
Mechanical and electrical plant rooms
Service risers
Swimming pools and recreation areas
Building façades
Outdoor dining areas
Car parks and access routes

The scope can be tailored to the project so that only the areas required for design, coordination or construction are captured.

Hotel and Resort Refurbishment Scanning

Hotels and resorts frequently undergo staged refurbishments while continuing to operate.

3D laser scanning can reduce the need for repeated manual site measurement and provide consultants with a shared digital record of the existing building.

Scanning can support refurbishment works involving:

Guest-room layouts
Bathrooms and wet areas
Corridors and common areas
Reception areas
Restaurants and bars
Conference facilities
Building services
Plant rooms
Pool and recreation areas
External façades
Accessibility upgrades

The point cloud allows designers to check dimensions remotely and develop proposed works around verified existing conditions.

Restaurants, Bars, Pubs and Clubs

Hospitality venues often contain tight spaces, irregular layouts and dense building services.

A laser scan can capture the relationship between walls, ceilings, floors, counters, fixed equipment, structural elements and visible services.

This can assist with:

New restaurant fitouts
Bar redesigns
Commercial kitchen modifications
Gaming-floor changes
Club refurbishment projects
New equipment installation
Mechanical ventilation upgrades
Hydraulic-services coordination
Fire-services coordination
Accessibility and circulation reviews
Interior-design documentation

Capturing the existing venue before demolition or modification can also create a useful record for the project team.

Commercial Kitchen Scanning

Commercial kitchens contain closely coordinated equipment, exhaust systems, services and access requirements.

3D laser scanning can document:

Cooking equipment
Benches and preparation areas
Cool rooms and freezers
Exhaust canopies
Ductwork
Pipework
Floor wastes
Electrical connections
Walls and ceilings
Structural supports
Equipment clearances
Access and maintenance zones

The point cloud can then be used to prepare CAD models, equipment layouts and design drawings for proposed modifications.

This is particularly useful when replacing equipment or redesigning a kitchen within an existing building envelope.

Plant Rooms and Building Services

Hospitality facilities depend on mechanical, electrical, hydraulic and fire-service systems that are often installed in constrained spaces.

Laser scanning can capture visible services within:

Mechanical plant rooms
Electrical rooms
Pump rooms
Boiler rooms
Chiller areas
Service corridors
Ceiling spaces
Roof-mounted plant areas
Hydraulic-service rooms
Fire-pump and sprinkler areas

The scan data can assist engineers and contractors with upgrade planning, clash checking, access reviews and equipment replacement.

Function Centres and Event Spaces

Ballrooms, conference rooms and function spaces may require regular changes to layouts, lighting, audiovisual systems and building services.

3D scanning can provide accurate spatial information for:

Stage design
Lighting layouts
Audiovisual installations
Ceiling-service coordination
Acoustic upgrades
Partition changes
Accessibility improvements
Seating layouts
Exhibition planning
Structural and suspended-load reviews

The captured point cloud provides a detailed reference for consultants who may not be able to visit the site repeatedly.

Scan-to-CAD and Scan-to-BIM Deliverables

Hamilton By Design can process the laser-scan data and prepare outputs suitable for architects, engineers, designers, contractors and facility managers.

Available deliverables may include:

Registered point clouds
E57 files
RCP and RCS files
LAS files
2D floor plans
Reflected ceiling plans
Building elevations
Cross-sections
Existing-condition drawings
3D CAD models
SolidWorks models
AutoCAD drawings
STEP or SAT files
Navisworks-compatible data
Scan-to-BIM reference models
Marked-up screenshots
Dimensional verification reports

Deliverables are selected based on the intended use of the data.

Mechanical Engineering Support

Hamilton By Design combines reality capture with mechanical engineering and CAD capability.

Where required, the scan data can support:

Equipment-layout design
Commercial kitchen modifications
Plant-access reviews
Mechanical-services upgrades
Pipework and duct-routing studies
Machine and equipment replacement
Structural-support concepts
Maintenance-access planning
Guarding and safety improvements
Platform, stair and handrail design
Clash and interference reviews
Existing-equipment modelling

This engineer-led approach helps connect the site capture with the design and implementation requirements of the project.

Reduced Disruption to Hospitality Operations

Hotels, restaurants and entertainment venues often need to remain operational while investigation and design work is completed.

Laser scanning allows large amounts of dimensional information to be captured efficiently without measuring every item individually by hand.

Depending on the site, scanning may be scheduled:

During quiet operating periods
Before opening
After closing
Between guest check-in periods
During planned maintenance
During partial shutdowns
In isolated work zones
As part of staged refurbishment works

Site access, guest privacy, food-service requirements and operational constraints can be considered when preparing the scanning plan.

Benefits of 3D Laser Scanning for Hospitality Projects

Reduced Site Rework

A detailed point cloud can reduce the need for repeated site visits and additional manual measurement.

Better Design Coordination

Architects, engineers, contractors and suppliers can work from a common digital reference.

Improved Fitout Accuracy

Proposed joinery, equipment, ductwork, pipework and structural elements can be checked against the existing building geometry.

Faster Existing-Condition Documentation

Large areas can be documented more efficiently than traditional point-by-point measurement.

Improved Clash Detection

Proposed services and equipment can be reviewed against existing walls, ceilings, structures and visible services.

Digital Site Record

The point cloud creates a detailed record of the visible site conditions before refurbishment, demolition or modification.

Support for Off-Site Design

Consultants can review the captured environment remotely and extract measurements from the point cloud.

Hospitality Refurbishments and Live Sites

Working within an operating hospitality venue requires planning and coordination.

Before scanning, the project team may need to consider:

Public and guest access
Privacy requirements
Food-preparation areas
Working hours
Noise limitations
Restricted areas
Security procedures
Housekeeping schedules
Plant operating conditions
Temporary obstructions
Lighting conditions
Areas requiring staged capture

Hamilton By Design can work with the client, facility manager or principal contractor to develop a practical capture approach.

Typical Hospitality Project Workflow

1. Scope Review

We review the project area, intended deliverables, required level of detail and access constraints.

2. Site Planning

The scanning sequence is planned around venue operations, restricted areas and required coverage.

3. 3D Laser Scanning

The relevant rooms, services, equipment and building elements are captured using terrestrial LiDAR equipment.

4. Point-Cloud Registration

Individual scans are aligned into a coordinated point-cloud dataset.

5. Quality Review

The registered data is reviewed for coverage, alignment and suitability for the agreed deliverables.

6. CAD or BIM Development

Where required, the point cloud is used to prepare drawings, CAD models, sections, elevations or BIM reference geometry.

7. Project Delivery

The agreed files are issued in formats suitable for the project team.

Hospitality Facilities We Support

Our scanning and engineering services are suitable for:

Hotels
Resorts
Serviced apartments
Restaurants
Cafés
Pubs
Registered clubs
Nightclubs
Function centres
Conference venues
Casinos
Commercial kitchens
Food courts
Entertainment precincts
Sporting hospitality facilities
Mixed-use developments
Tourism facilities

Australia-Wide Hospitality Scanning

Hamilton By Design provides 3D laser scanning and engineering support across Australia.

Project locations can include:

Sydney
Central Coast
Newcastle
Hunter Valley
Canberra
Brisbane
Gold Coast
Melbourne
Adelaide
Perth
Regional and remote locations

Travel and site requirements can be incorporated into the project scope.

Why Choose Hamilton By Design?

Hamilton By Design provides more than point-cloud capture.

Our capability combines:

Engineer-led 3D laser scanning
FARO terrestrial LiDAR equipment
Point-cloud registration and processing
Mechanical engineering
3D CAD modelling
SolidWorks and AutoCAD capability
Existing-condition documentation
Reverse engineering
Plant and equipment design
Practical site and fabrication experience

This integrated capability is valuable for hospitality projects where accurate measurement must be converted into useful design information.

Frequently Asked Questions

Can you scan an operating hotel?

Yes. Scanning can often be staged around hotel operations, guest access and room availability. The capture plan should be coordinated with hotel management before the site visit.

Can you scan only selected rooms?

Yes. The scope may include a single guest room, a representative room type, one floor, a plant room, a kitchen or an entire facility.

Can laser scanning capture ceiling services?

Visible services can be captured where there is a clear line of sight. Ceiling tiles may need to be removed in selected areas where above-ceiling services are required.

Can the scan be used for refurbishment drawings?

Yes. Point-cloud data can be used to prepare floor plans, elevations, sections and 3D CAD models for refurbishment planning.

Can you model commercial kitchen equipment?

Yes. Existing equipment and surrounding geometry can be modelled to the agreed level of detail for layout and modification work.

Can scan data be provided to architects?

Yes. Common formats include E57, RCP, RCS and LAS. The required format should be confirmed with the architect or BIM consultant before delivery.

Does laser scanning capture hidden services?

No. Laser scanning captures visible surfaces. Hidden services may require access panels, ceiling removal, service locating, drawings or other investigation methods.

Can the point cloud be used in Navisworks?

Yes. Point-cloud files can be prepared in formats suitable for Navisworks and other common design and coordination software.

Discuss Your Hospitality Scanning Project

Hamilton By Design can assist with 3D laser scanning, point-cloud processing, scan-to-CAD modelling and engineering support for hotels, restaurants, clubs, resorts and other hospitality facilities.

Contact Hamilton By Design to discuss your site, required deliverables, access constraints and project objectives.

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3D Laser Scanning for Hotels

3D Laser Scanning

Reverse Engineering and Scan-to-CAD Studies with LiDAR

Point Cloud to CAD Australia

1 August 20268 September 2026

Mechanical Engineering Port of Newcastle | 3D Scanning

Mechanical engineering at the Port of Newcastle showing a bulk cargo ship, ship loader, conveyors, LiDAR scanner, point-cloud data and engineering drawings.

Engineer-Led 3D Laser Scanning, CAD Modelling and Mechanical Engineering for Port Assets

Port infrastructure operates under demanding mechanical, environmental and operational conditions.

Ship loaders, conveyors, transfer chutes, hoppers, pipework, access platforms, wharf equipment and structural support systems must operate reliably while being exposed to vibration, corrosion, abrasive materials, heavy loads and continuous production demands.

When these assets require modification, replacement or refurbishment, engineering decisions need to be based on accurate information about the equipment and surrounding site conditions.

Hamilton By Design provides mechanical engineering services for Port of Newcastle projects, combining engineering-grade 3D laser scanning, LiDAR reality capture, Scan to CAD, mechanical design and fabrication documentation.

Our integrated approach helps port operators, terminal operators, consultants, contractors and fabricators plan upgrades and shutdown work around the actual installed condition of the facility.

Mechanical Engineering for Port of Newcastle Assets

The Port of Newcastle contains a broad mix of coal, bulk-material, liquid-bulk, general-cargo, fuel, rail and logistics infrastructure. Its operating facilities include coal terminals, bulk-liquid terminals, storage areas, road and rail connections, multipurpose berths and associated materials-handling equipment.

Mechanical-engineering support may be required for assets such as:

Ship loaders and unloaders
Belt conveyors
Transfer stations
Chutes and hoppers
Feeders and gates
Pipework and pumping systems
Mechanical skids
Wharf-mounted equipment
Crane interfaces
Access platforms and walkways
Machine guards
Dust-extraction systems
Equipment supports
Maintenance lifting systems
Replacement components

Hamilton By Design can support these projects from initial site capture through to CAD modelling, engineering development and fabrication drawings.

Why Port Engineering Projects Need Accurate Existing-Condition Data

Port facilities frequently contain equipment that has been modified over many years.

An asset may have been:

Repaired
Reinforced
Relocated
Replaced
Extended
Distorted
Worn
Supplemented with additional steelwork
Modified without corresponding drawing updates

Original drawings remain useful, but they may not represent the current physical arrangement.

Hamilton By Design uses engineering-grade 3D scanning in Newcastle to capture the visible position and geometry of existing equipment, structures and services.

The registered point cloud can then provide a reliable basis for mechanical design, fit-up checks, installation planning and engineering studies.

Engineer-Led 3D Laser Scanning

A useful port scan requires more than simply positioning a scanner on site.

The capture should be planned around the engineering purpose of the project.

Before scanning, we consider:

The proposed modification
Critical tie-in points
Required accuracy
Equipment interfaces
Access restrictions
Installation routes
Crane and lifting requirements
Areas requiring detailed modelling
File-format requirements
Coordinate-control requirements

This helps ensure that the point cloud captures the information required by the engineers, designers and fabricators who will use it.

Our existing 3D Scanning Port of Newcastle service supports port infrastructure, ship loaders, conveyors, structural steel, shutdowns and brownfield upgrades.

Mechanical Design for Brownfield Port Upgrades

Most port engineering projects are brownfield projects.

New equipment must be designed around existing structures, platforms, pipework, conveyors, electrical services and operating assets.

Even a small dimensional error can cause:

Fabrication rework
Site cutting and welding
Installation delays
Additional crane time
Extended isolations
Access problems
Unexpected clashes
Increased shutdown costs
Increased safety exposure

By combining LiDAR point-cloud data with CAD modelling, proposed components can be developed within the measured site environment.

This allows the engineering team to consider:

Whether the new equipment will fit
Whether adequate maintenance access exists
Whether removal paths are available
Whether surrounding infrastructure creates a clash
Whether fabricated sections can reach their installation location
Whether lifting and installation sequences are practical

Ship Loader and Conveyor Engineering

The Port of Newcastle includes extensive bulk-handling and coal-export infrastructure, including conveyors, stockyard systems and ship-loading equipment.

Hamilton By Design can support projects involving:

Ship-loader chute modifications
Conveyor replacements
Transfer-station upgrades
Skirt and sealing improvements
Deflector plates
Wear-liner arrangements
Access-platform modifications
Maintenance walkways
Equipment-support frames
Guarding upgrades
Dust-control improvements
Replacement mechanical components

The point cloud can provide the surrounding structural and mechanical context needed to design new equipment accurately.

Chutes, Hoppers and Materials-Handling Equipment

Transfer chutes and hoppers are exposed to abrasive material flow, impact, blockage, dust and wear.

Mechanical-engineering work may include:

Existing-condition assessment
Chute geometry review
Wear-liner replacement
Impact-zone modifications
Flow-path improvements
Deflector and spoon design
Access-door upgrades
Dust-sealing improvements
Support-frame modifications
Fabrication drawing development

LiDAR scanning can capture both the materials-handling equipment and the surrounding support structure.

This can be particularly useful where the equipment is elevated, congested or difficult to measure manually.

Pipework and Mechanical Services

Port terminals may contain fuel, water, compressed-air, hydraulic, lubrication, dust-suppression and process-pipe systems.

Mechanical-engineering and Scan to CAD support can assist with:

Pipe-routing modifications
Pump and valve replacements
New branch connections
Flange and nozzle location capture
Pipe-support design
Mechanical-skid installation
Access and maintenance reviews
Clash detection
Replacement spool planning
Existing-condition documentation

Accurate scanning of tie-in points can reduce uncertainty when designing pipe spools and replacement equipment.

Structural Interfaces and Access Systems

Mechanical modifications frequently connect to structural steel.

Hamilton By Design can capture and model:

Beams and columns
Equipment-support frames
Platforms
Stairs
Walkways
Handrails
Ladders
Guarding
Connection points
Existing foundations

This information can support mechanical arrangement design and coordination with structural engineers and fabricators.

Our Kooragang and Carrington industrial scanning and engineering service is particularly relevant to projects within Newcastle’s port and heavy-industrial precincts.

Shutdown Engineering Support

Port shutdowns may have tightly controlled work windows.

A delay caused by missing measurements, an unexpected clash or incorrect fit-up can affect labour, crane bookings, contractors and the return-to-service schedule.

Hamilton By Design can support shutdown preparation through:

Pre-shutdown LiDAR scanning
Existing-condition verification
Work-pack drawing development
Removal-path studies
Installation-sequence reviews
Crane and lifting-layout support
Fit-up checks
Clash detection
Temporary-access planning
Demolition planning
Fabrication documentation

The digital site record also allows engineering teams, fabricators and contractors to review the work area remotely before mobilisation.

Scan to CAD for Mechanical Engineering

Registered point-cloud information can be converted into practical CAD geometry.

Depending on the project, deliverables may include:

Existing-condition models
Mechanical-equipment models
Conveyor models
Chute and hopper models
Structural interfaces
Pipework models
Equipment envelopes
Platform and access models
General-arrangement drawings
Plans, sections and elevations
Fabrication-support models
Installation-planning models

Hamilton By Design can prepare models using:

SolidWorks
AutoCAD
Autodesk Inventor
Navisworks-compatible formats
STEP
SAT
Parasolid
DWG
DXF

The level of detail is matched to the engineering objective. A project does not necessarily require every visible object to be modelled.

Mechanical Engineering Studies

Point-cloud data can support a range of engineering studies for port assets.

These may include:

Existing-condition studies
Drawing-verification studies
Fit-up assessments
Equipment-clearance studies
Maintenance-access reviews
Constructability assessments
Wear and erosion studies
Deformation assessments
Refurbishment planning
Reverse-engineering studies
Remaining-service-life investigations
Incident and damage documentation
As-built verification

The scanning scope can be targeted to the equipment and interfaces relevant to the study.

Reverse Engineering of Port Equipment

Original manufacturing drawings may be unavailable for older port equipment.

Hamilton By Design can use 3D scanning and physical inspection to support the reconstruction of:

Chute components
Guards
Covers
Housings
Duct sections
Equipment brackets
Support frames
Wear plates
Mechanical interfaces
Replacement components

The scan data can be combined with manual measurements and engineering judgement to develop replacement CAD geometry.

Learn more about our reverse engineering with 3D scanning services.

Fabrication and Fit-Up Support

Mechanical-engineering projects often succeed or fail at the physical interface between new and existing equipment.

Scan-derived CAD models can support:

Fabrication-ready geometry
General-arrangement drawings
Shop and detail drawings
Interface checking
Bolt and flange alignment
Equipment fit checks
Structural connection coordination
Installation planning
Clash detection
As-built verification

This approach helps reduce the risk that fabricated equipment will require extensive modification after arriving on site.

As-Built Verification

After installation, selected equipment and infrastructure may be rescanned.

The scan can be compared with the design model to assess:

Installed position
Equipment orientation
Pipe routing
Structural alignment
Clearances
Interface locations
Construction tolerances
Differences from the approved design

The updated information can also support future maintenance, asset management and modification work.

Mechanical Engineering for Asset Maintenance

The Port of Newcastle operates a large and complex infrastructure portfolio requiring ongoing maintenance, lifecycle planning and coordination around operational continuity.

Hamilton By Design can support maintenance-related work through:

Asset-condition capture
Replacement-component modelling
Equipment modification design
Maintenance-access improvements
Guarding and safety upgrades
Drawing updates
Reverse engineering
Wear assessment
Refurbishment planning
Shutdown documentation

The result is a more reliable connection between field conditions, engineering decisions and maintenance execution.

Our Project Workflow

1. Scope Definition

We establish:

Project objective
Equipment to be scanned
Required accuracy
Critical interfaces
Deliverables
Site constraints
Required CAD formats
Engineering responsibilities

2. Site and Safety Planning

Port projects may require consideration of:

Site inductions
Maritime-security requirements
Work permits
Traffic management
Vessel movements
Crane operations
Operating conveyors
Work near water
Exclusion zones
Shutdown and isolation requirements

3. LiDAR Capture

Multiple scan positions are selected to capture the equipment, surrounding structures and important tie-in points.

4. Point-Cloud Registration

Individual scans are aligned into a coordinated point cloud and reviewed for coverage and registration quality.

5. CAD Modelling

Relevant geometry is converted into fit-for-purpose mechanical and structural CAD information.

6. Mechanical Engineering

The measured model is used to support design, assessment, equipment modification, fit-up review or drawing development.

7. Project Delivery

Final files and documentation are issued in the agreed formats.

Available Deliverables

Project deliverables may include:

Registered point clouds
E57 files
RCP and RCS files
LAS files
AutoCAD DWG drawings
DXF files
SolidWorks parts and assemblies
Autodesk Inventor models
STEP files
SAT files
Parasolid files
General-arrangement drawings
Plans, sections and elevations
Fabrication drawings
Existing-condition reports
Engineering-study documentation
As-built models

Benefits for Port Operators

Mechanical engineering supported by LiDAR scanning can provide:

More reliable existing-condition information
Reduced reliance on outdated drawings
Fewer repeated site visits
Better shutdown preparation
Improved design coordination
Earlier clash identification
Reduced fabrication uncertainty
Improved installation planning
Better asset documentation
A reusable digital site record

Benefits for Engineers and Consultants

Engineering teams can use the captured data to:

Design around measured geometry
Review mechanical and structural interfaces
Develop accurate layouts
Assess maintenance access
Produce sections through congested areas
Review constructability
Reduce assumptions
Coordinate multiple disciplines
Prepare fabrication documentation
Communicate modifications clearly

Benefits for Fabricators and Contractors

Fabricators and contractors can benefit from:

Better-defined interfaces
Improved fit-up confidence
Clearer fabrication drawings
Reduced dimensional uncertainty
Better lifting and installation planning
Fewer unexpected site modifications
Reduced rework
Better shutdown coordination

Port of Newcastle Areas Serviced

Hamilton By Design can support projects throughout:

Port of Newcastle
Kooragang Island
Carrington
Mayfield
Mayfield West
Walsh Point
Steel River
Newcastle
Lower Hunter
Hunter Valley
Greater Newcastle
Regional New South Wales

Access remains subject to the requirements of the relevant port operator, terminal operator, asset owner or site controller.

Why Choose Hamilton By Design?

Hamilton By Design combines:

Mechanical-engineering capability
Trade and fabrication experience
Engineering-grade LiDAR scanning
Point-cloud processing
Scan to CAD
SolidWorks modelling
AutoCAD drafting
Structural and mechanical detailing
Reverse engineering
Brownfield-design experience
Shutdown and installation planning

Our Mayfield West and Steel River engineering services and broader Newcastle 3D scanning capability demonstrate this integrated local approach.

Frequently Asked Questions

What mechanical-engineering services can you provide for port assets?

Services may include site scanning, mechanical design, equipment modification, Scan to CAD, reverse engineering, fabrication drawings, access reviews, clash detection and shutdown support.

Can you scan operating port equipment?

In many cases, yes. LiDAR scanning is non-contact, although work must be coordinated with site operations, permits, exclusion zones and relevant safety controls.

Can the point cloud be converted into SolidWorks?

Yes. Relevant scan geometry can be used to develop SolidWorks parts, assemblies, layouts and fabrication documentation.

Can you scan conveyors and ship loaders?

Yes. LiDAR scanning can capture conveyor systems, ship loaders, chutes, transfer stations, support structures and surrounding infrastructure.

Can the scan support a shutdown?

Yes. Pre-shutdown scanning can support planning, fit-up checks, clash detection, work-pack drawings, installation sequencing and contractor coordination.

Can you design replacement components?

Hamilton By Design can support reverse engineering and replacement-component development where suitable site data, measurements and engineering information are available.

Can existing drawings be checked against the scan?

Yes. Existing drawings or CAD models can be compared with the measured point cloud to identify differences from actual site conditions.

Do all projects require a complete CAD model?

No. Some projects need only registered point-cloud data, while others require targeted modelling, detailed drawings or engineering analysis.

Discuss a Port of Newcastle Mechanical Engineering Project

Reliable port engineering begins with accurate information about the existing asset.

Hamilton By Design provides engineer-led 3D laser scanning, LiDAR reality capture, CAD modelling and mechanical engineering for Port of Newcastle assets, upgrades and shutdowns.

Whether the project involves a ship loader, conveyor, transfer chute, platform, pipework system, mechanical skid or broader terminal upgrade, the scanning and engineering scope can be tailored to the required outcome.

Contact Hamilton By Design to discuss mechanical engineering and 3D scanning support for your Port of Newcastle project.

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3D Scanning Port of Newcastle

3D Scanning Newcastle| Engineering-Grade Reality Capture

Scan to BIM Newcastle & Hunter

3D Laser Scanning

31 July 20268 September 2026

Port Facility LiDAR Scanning Port of Brisbane | Asset Capture

Port facility LiDAR scanning at the Port of Brisbane showing a FARO scanner, conveyors, wharf infrastructure, cargo ship and coloured point-cloud overlay.

Port Facility LiDAR Scanning Port of Brisbane

Engineering-Grade Reality Capture for Terminals, Wharves, Conveyors and Brownfield Port Infrastructure

Port facilities contain some of the most complex engineering environments in industry. Container-handling equipment, conveyors, transfer stations, structural steel, pipework, access systems, wharf infrastructure and mobile plant often operate within restricted areas and tightly controlled shutdown windows.

Hamilton By Design provides port facility LiDAR scanning at the Port of Brisbane, supporting terminal operators, asset owners, engineering consultants, maintenance teams, contractors and fabricators working across Fisherman Islands, Pinkenba, Lytton, Hemmant and the wider Brisbane port precinct.

Our service is focused on capturing reliable existing-condition data for engineering, asset documentation, maintenance planning, tender development, brownfield modifications and fabrication coordination.

Unlike the broader Port of Brisbane engineering and 3D laser scanning service, this page focuses specifically on facility-wide LiDAR capture, port asset documentation and engineering-ready point-cloud delivery.

Why Port Facilities Need Reliable Existing-Condition Data

Port infrastructure changes throughout its operating life.

Conveyors may be extended, platforms altered, guards replaced, pipework rerouted and equipment upgraded without every modification being transferred back to the original drawings.

This can create uncertainty when planning:

Terminal upgrades
Conveyor replacements
Chute modifications
New access systems
Wharf maintenance
Equipment relocation
Structural alterations
Shutdown work
Fabrication and installation
Asset-management programs

Traditional site measurement can be slow and incomplete when assets are large, congested, elevated or difficult to access safely.

Engineering-grade LiDAR scanning captures millions of spatial measurements and produces a measurable three-dimensional record of the visible environment. Hamilton By Design uses this approach across industrial and infrastructure projects where point-cloud data must support engineering, design and fabrication decisions.

What Is Port Facility LiDAR Scanning?

LiDAR means Light Detection and Ranging. A laser scanner emits light pulses and records the distance to visible surfaces, creating a dense collection of three-dimensional measurement points known as a point cloud.

For a port facility, the registered point cloud may capture the spatial relationship between:

Buildings
Wharves
Conveyors
Transfer towers
Loading equipment
Structural steel
Mechanical assets
Platforms and stairs
Pipework and services
Roads and hardstands
Maintenance areas
Adjacent infrastructure

The point cloud can then be reviewed, measured and converted into suitable engineering or asset-management deliverables.

Port Assets That Can Be Captured

Hamilton By Design can use terrestrial LiDAR scanning to document visible port and terminal assets such as:

Container-terminal infrastructure

Container-handling areas
Crane-support infrastructure
Equipment clearances
Terminal buildings
Maintenance zones
Traffic and operational interfaces

Bulk-material handling systems

Conveyors
Transfer stations
Chutes
Hoppers
Bins
Feeders
Drive stations
Support frames
Walkways and platforms

Wharf and marine-side infrastructure

Wharf-access structures
Loading and unloading equipment
Gangways
Mooring-related structures
Service connections
Pipe bridges
Above-water structural geometry
Crane rails and associated steelwork

Buildings and supporting facilities

Warehouses
Workshops
Plant rooms
Maintenance buildings
Service corridors
Electrical rooms
Equipment foundations
Structural framing

Where below-water geometry is required, terrestrial scanning may need to be combined with hydrographic, bathymetric or specialist subsea survey methods.

Facility-Wide Existing-Condition Capture

A port facility scan can extend beyond one isolated item of equipment.

Where required, Hamilton By Design can establish a broader digital record of:

Multiple conveyor routes
Transfer stations
Terminal buildings
Wharf structures
Road and equipment interfaces
Mechanical plant areas
Access systems
Existing services
Maintenance zones
Surrounding structural steel

This wider capture can help project teams understand how one proposed modification may affect other parts of the terminal.

It can also reduce repeated site visits by allowing engineers, designers and contractors to revisit the measured environment remotely.

Point-Cloud Deliverables

The registered point cloud can be supplied in formats selected to suit the client’s software and intended workflow.

Typical deliverables may include:

E57 point clouds
Autodesk RCP files
Autodesk RCS files
LAS files
Registered scan databases
Scan-location documentation
Coverage images
Selected measurements
Point-cloud viewing files
Cropped project areas
Coordinate or survey-control information where applicable

Hamilton By Design also provides 3D point-cloud scanning in Brisbane for projects requiring traceable, fit-for-purpose spatial information for engineering and construction decisions.

Scan-to-CAD for Port Facilities

A point cloud is a measurement dataset rather than a complete engineering model.

Where required, selected geometry can be converted into CAD representations of:

Structural steel
Conveyors
Chutes and hoppers
Mechanical equipment
Platforms and access structures
Pipework
Machinery guards
Equipment foundations
Buildings and plant rooms
Replacement components

The required modelling level should be defined according to the project purpose.

A broad coordination model may be sufficient for clash detection, while equipment replacement or fabrication work may require more detailed geometry and independently verified interfaces.

Hamilton By Design’s Brisbane scanning and engineering service connects site capture with mechanical and structural engineering, CAD modelling and fabrication-ready drafting.

As-Built Documentation for Port Assets

Port facility LiDAR scanning can support the preparation of:

Existing-condition plans
General arrangement drawings
Floor plans
Sections and elevations
Structural layouts
Equipment-location drawings
Conveyor layouts
Pipe and service layouts
Clearance envelopes
Access-system drawings
Asset registers
Three-dimensional as-built models

These records can provide a more reliable basis for future maintenance, design and tender work than drawings that may not include later site modifications.

Brownfield Port Upgrades

Brownfield work is completed within an existing operational facility, where new equipment must fit around assets that remain in place.

Typical constraints include:

Incomplete drawings
Undocumented modifications
Restricted installation space
Existing services
Active operations
Limited shutdown periods
Difficult lifting access
Corrosion or wear
Multiple project interfaces

Hamilton By Design uses engineering-led LiDAR capture to reduce uncertainty in these environments.

A typical workflow may include:

Defining the intended engineering use of the scan
Capturing the existing facility and relevant interfaces
Registering and reviewing the point-cloud data
Isolating the project area
Modelling the proposed equipment
Positioning the design within the existing point cloud
Reviewing clashes, access and constructability
Preparing drawings for fabrication or installation

This approach is similar to the scan-led workflows Hamilton By Design applies to brownfield port engineering and industrial retrofit projects.

Conveyor and Transfer-Station Scanning

Port conveyors and transfer systems are often difficult to measure because they contain elevated steelwork, guarding, moving equipment, worn components and restricted access.

LiDAR scanning can document:

Conveyor stringers
Gantries
Head and tail stations
Pulley positions
Drive frames
Transfer towers
Chutes
Hoppers
Walkways
Platforms
Guarding
Pipework
Cable trays
Nearby structures

The resulting dataset can support:

Conveyor modifications
Replacement chute design
Guarding upgrades
Access improvements
Structural coordination
Wear assessments
Shutdown planning
Fabrication documentation

Wharf and Berth Infrastructure

Terrestrial LiDAR scanning may be used to document visible wharf and berth infrastructure from safe scanner locations.

Possible applications include:

Wharf-access upgrades
Loading-equipment modifications
Service-routing projects
Gangway replacement
Platform alterations
Structural-steel verification
Clearance studies
Crane-support interfaces
Pipe-bridge modifications
Maintenance planning

A scanner can capture geometry that would otherwise require numerous manual measurements at height or near operational equipment.

All site work remains subject to the port operator’s access, permit, exclusion-zone and water-edge requirements.

Crane and Heavy-Equipment Interfaces

Port cranes and heavy mechanical equipment frequently interact with surrounding steelwork, rails, services and operational areas.

LiDAR scanning can assist with:

Existing equipment envelopes
Crane-support geometry
Crane rail locations
Access-platform modifications
Guarding design
Structural interfaces
Maintenance clearances
Removal and installation paths
Surrounding obstructions
Clash detection

Where a project requires formal alignment, settlement, deformation or high-precision tolerance reporting, specialist survey control or metrology may also be needed.

Shutdown Planning and Work-Pack Development

Port shutdowns can involve significant operational and commercial consequences.

Pre-shutdown scanning may help project teams:

Confirm existing interfaces
Review demolition boundaries
Check replacement-component dimensions
Plan lifting access
Review crane positions
Examine installation routes
Identify obstructions
Coordinate temporary works
Prepare contractor work packs
Reduce dependence on shutdown measurements

The point cloud can be reviewed before mobilisation, allowing more project questions to be resolved while changes remain less expensive.

Clash Detection and Spatial Coordination

Proposed equipment can be positioned within the registered point cloud to identify conflicts with:

Structural steel
Conveyors
Pipework
Cable trays
Platforms
Handrails
Buildings
Existing machinery
Vehicle routes
Maintenance envelopes

Clash detection does not replace engineering verification, but it can identify spatial conflicts before fabrication or installation.

This is particularly valuable where replacement equipment must be fabricated off site before an existing asset is removed.

Asset Management and Digital Baselines

A registered point cloud can provide a digital baseline of a port facility at a specific time.

Depending on the project methodology, future scans may be compared with the baseline to support:

Asset-condition monitoring
Change documentation
Upgrade records
Maintenance planning
Wear studies
Structural reviews
Refurbishment planning
Digital twin development

Reality capture is commonly used as a foundation for digital representations of existing assets and infrastructure. Hamilton By Design’s broader reality-capture services use LiDAR data to support as-built records and digital engineering workflows.

Repeat Scanning and Change Assessment

Repeat scans may help identify geometric change between two points in time.

Applications may include:

Chute wear
Hopper wear
Structural movement
Equipment replacement
Progressive modifications
Stockpile or volume studies
Construction progress
As-built verification

Meaningful comparison requires appropriate control, registration, scan coverage, resolution and consistency between datasets.

The methodology should be defined before the first baseline scan if repeat comparison is an important project requirement.

Scanning Around Operating Plant

Some port areas may be captured while surrounding operations continue, provided the work is permitted and suitable controls are in place.

Important considerations include:

Moving vehicles
Operating conveyors
Rotating machinery
Exclusion zones
Water edges
Lighting
Dust
Weather
Reflective surfaces
Restricted access
Line-of-sight limitations

Moving surfaces may appear incomplete or distorted in the scan.

Where accurate geometry of a belt, pulley, crane component or other moving equipment is required, the equipment may need to be isolated and stationary.

Engineering-Led Scan Planning

A large point cloud is not automatically a useful engineering deliverable.

The scanning plan should consider:

What equipment is being modified
Which interfaces are critical
Required accuracy
Required level of detail
Intended CAD outputs
Survey-control requirements
Areas requiring repeat scanning
Site access restrictions
File size and software compatibility
Fabrication and installation tolerances

Hamilton By Design plans scanning around the intended engineering outcome rather than treating scanning as a standalone photographic exercise.

Typical Port Facility Projects

Port facility LiDAR scanning can support:

Container-terminal modifications
Conveyor upgrades
Chute replacement
Hopper modifications
Wharf-access projects
Crane-support work
Maintenance platforms
Machine guarding
Pipework changes
Warehouse upgrades
Equipment relocation
Structural alterations
Fabrication verification
Shutdown planning
Asset documentation
Brownfield engineering
Construction coordination
Digital twin development

Port Safety and Access Requirements

Work within a port facility may require:

Site-specific inductions
Maritime Security Identification Card requirements
Safe work method statements
Task-risk assessments
Work permits
Working-at-heights controls
Water-edge controls
Traffic-management arrangements
Exclusion zones
Personal protective equipment
Site escorts
Operational coordination
Environmental controls

Hamilton By Design develops the scanning methodology around the requirements established by the relevant facility or terminal operator.

Areas Serviced

Port facility LiDAR scanning can be provided throughout:

Port of Brisbane
Fisherman Islands
Pinkenba
Lytton
Hemmant
Murarrie
Wynnum
Eagle Farm
Greater Brisbane
South-East Queensland

Hamilton By Design also supports port, industrial, mining and infrastructure projects throughout Australia through its national engineering-grade LiDAR service.

Why Choose Hamilton By Design?

Engineering-led site capture

The scan scope is developed around how the data will be used by engineers, designers, contractors and fabricators.

Port and industrial project focus

Our workflows are suited to conveyors, chutes, mechanical equipment, structural steel, platforms and brownfield infrastructure.

Integrated deliverables

Point-cloud processing, CAD modelling, mechanical engineering and drafting can be provided through a coordinated workflow.

Reduced repeat attendance

A well-planned scan can allow measurements and interfaces to be revisited remotely.

Fabrication and installation support

The captured data can be used to prepare models and drawings around verified existing geometry.

Flexible project scope

Projects can range from registered point-cloud delivery to complete scan-to-CAD and engineering documentation.

Frequently Asked Questions

What is port facility LiDAR scanning?

Port facility LiDAR scanning uses terrestrial laser scanners to create a measurable three-dimensional point cloud of visible port infrastructure, buildings, equipment and surrounding assets.

What can be scanned at the Port of Brisbane?

Visible assets may include conveyors, transfer stations, chutes, hoppers, structural steel, platforms, cranes, wharf equipment, buildings, pipework, roads and terminal infrastructure.

Can a complete terminal be scanned?

Yes, subject to project size, access, line of sight, operational restrictions and the required level of detail. Large facilities may be divided into stages or priority zones.

Can scanning be completed during normal operations?

Some areas may be scanned while operations continue, provided the activity is approved and appropriate controls are established. Moving equipment may need to be stopped when precise component geometry is required.

What files can be supplied?

Typical files include E57, RCP, RCS and LAS point clouds, together with CAD models, drawings or selected measurements where these form part of the scope.

Can the scan data be used in SolidWorks?

Yes. Point-cloud data can be used as a reference for SolidWorks modelling, and selected geometry can be converted into engineering CAD models.

Can the scans support fabrication drawings?

Yes. Where the project includes engineering and drafting, the point cloud can support the preparation of general arrangements, fabrication drawings and installation documentation.

Can scans be compared over time?

Yes, provided suitable control, coverage and registration methods are used. Repeat scanning should be planned from the beginning where change assessment is required.

Is Hamilton By Design affiliated with Port of Brisbane Pty Ltd?

No. Hamilton By Design is an independent engineering and LiDAR scanning service provider. This page describes services available for projects in the Port of Brisbane area and does not imply endorsement, appointment or affiliation.

Discuss Port Facility LiDAR Scanning at the Port of Brisbane

Hamilton By Design can assist with:

Facility-wide terrestrial LiDAR scanning
Registered point-cloud delivery
Port asset documentation
Existing-condition capture
Scan-to-CAD modelling
As-built drawings
Conveyor and transfer-station scanning
Wharf and terminal scanning
Clash detection
Shutdown planning
Brownfield project support
Mechanical engineering and drafting

Explore the broader Port of Brisbane engineering and 3D laser scanning service or contact Hamilton By Design to discuss the facility, scan coverage, required accuracy and intended project deliverables.

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LiDAR Scanning Brisbane | Engineering Grade 3D Laser Scanning & Scan to CAD

3D Point Cloud Scanning in Brisbane

Mechanical Engineering Port of Brisbane | Plant & Equipment Design

Port of Brisbane Engineering & 3D Laser Scanning

3D Scanning Engineering in Brisbane

Not All Scans, Point Clouds or Meshes Are Equal – The Hamilton By Design Philosophy

31 July 20268 September 2026

Mechanical Engineering Port of Brisbane | Plant & Equipment Design

Mechanical engineering services for Port of Brisbane conveyors, chutes, access platforms, machine guarding and brownfield plant upgrades.

Mechanical Engineering Port of Brisbane

Mechanical Design, Plant Upgrades and Engineering Support for Port Infrastructure

Hamilton By Design provides mechanical engineering services for Port of Brisbane projects, supporting port operators, terminal operators, contractors, fabricators and maintenance teams working across Fisherman Islands, Pinkenba, Lytton, Hemmant and surrounding Brisbane industrial areas.

This page should be positioned differently from the existing Port of Brisbane Engineering and 3D Laser Scanning Services article.

The existing page should remain focused on:

3D laser scanning
LiDAR capture
Point clouds
Scan-to-CAD
As-built documentation

This new page should focus primarily on:

Mechanical design
Plant and equipment modifications
Conveyor and chute engineering
Machine guarding
Maintenance access
Fabrication drawings
Shutdown engineering
Engineering studies

That separation reduces the risk of both pages competing for the same search terms.

Mechanical Engineering for Port and Terminal Assets

Port facilities rely on mechanical systems that must operate safely, reliably and within tightly controlled shutdown windows.

Hamilton By Design can assist with engineering projects involving:

Conveyors and transfer stations
Chutes and hoppers
Loading and unloading equipment
Mechanical support frames
Maintenance platforms
Stairs, ladders and walkways
Machine guarding
Pipe supports
Equipment bases
Access systems
Wear liners
Replacement machinery
Structural interfaces
Brownfield plant modifications

Our work is suited to existing facilities where equipment has been altered over time and original drawings may no longer match what is installed.

For projects requiring accurate site capture, our separate Port of Brisbane engineering and 3D laser scanning service can establish the existing geometry before mechanical design begins.

Conveyor and Transfer-Station Engineering

Conveyor systems are central to many port and bulk-material handling operations.

Hamilton By Design can support mechanical engineering work involving:

Conveyor modifications
Head and tail pulley arrangements
Drive-station layouts
Transfer-point upgrades
Conveyor guarding
Skirt systems
Maintenance access
Support frames
Walkways and platforms
Replacement components
Equipment-clearance reviews

Existing conveyor systems are often congested by structural steel, services, electrical equipment and previous modifications.

Mechanical designs should therefore consider not only the new equipment but also installation access, maintenance requirements, removal paths and surrounding plant.

Chute and Hopper Design

Transfer chutes and hoppers can experience wear, blockage, poor material flow and difficult maintenance access.

Mechanical engineering services may include:

Replacement chute design
Chute geometry modifications
Hopper modifications
Wear-liner arrangements
Inspection-door design
Access improvements
Deflector and impact-plate design
Support-frame design
Flange and interface detailing
Fabrication drawings
Installation planning

Where site geometry is uncertain, engineering-grade scanning can be used to confirm the interfaces before the chute or hopper is modelled.

Hamilton By Design also provides wear and erosion studies for materials-handling equipment.

Brownfield Mechanical Upgrades

Brownfield port projects require new equipment to fit within an operating environment.

Mechanical upgrade projects may involve:

Replacing obsolete equipment
Increasing throughput
Improving maintenance access
Relocating machinery
Modifying conveyors
Installing new guards
Replacing worn structural supports
Adding platforms or walkways
Altering pipework interfaces
Integrating new plant with existing assets

The design process should account for:

Existing geometry
Installation sequence
Lifting requirements
Maintenance clearances
Operational constraints
Shutdown duration
Temporary works
Fabrication tolerances
Access restrictions

Hamilton By Design’s engineering studies and assessments can help define the existing problem before detailed design begins.

Machine Guarding for Port Equipment

Conveyors, pulleys, drives, shafts, couplings and rotating machinery may require new or upgraded guarding.

Hamilton By Design can assist with:

Fixed guards
Removable guards
Drive guards
Pulley and nip-point guarding
Conveyor side guarding
Access gates
Inspection openings
Maintenance-removal arrangements
Guard-support frames
Fabrication drawings

A practical guard design must control access to hazardous areas while still allowing inspection, maintenance and component removal.

The final guarding arrangement should be reviewed against the machinery, risk assessment, applicable legislation, relevant standards and site-specific requirements.

Maintenance Platforms, Walkways and Access Systems

Safe access is essential around port machinery and materials-handling equipment.

Mechanical and structural access projects may include:

Maintenance platforms
Conveyor walkways
Stairs
Ladders
Crossovers
Step-over platforms
Handrails
Guardrails
Removable floor sections
Equipment-access frames
Inspection platforms

The design should consider:

Normal operating access
Maintenance activities
Emergency egress
Headroom
Fall risks
Machinery clearances
Lifting and removal paths
Existing services
Future equipment replacement

For projects involving existing steelwork and restricted interfaces, structural drafting and 3D scanning in Brisbane can support the development of coordinated access designs.

Mechanical Equipment Replacement

Replacing existing machinery can be difficult where the original drawings are unavailable or the surrounding plant has changed.

Hamilton By Design can assist with:

Existing-equipment assessment
Replacement-equipment layouts
Baseplate and mounting design
Support-frame modifications
Shaft and coupling interfaces
Guarding
Access provisions
Equipment-clearance studies
Installation planning
Fabrication documentation

Where required, reverse engineering with 3D scanning can be used to develop CAD geometry from the installed asset.

Engineering Drafting and Fabrication Documentation

Port contractors and fabricators may require clear documentation that can be used for pricing, manufacture and installation.

Hamilton By Design can prepare:

General arrangement drawings
Mechanical layouts
Fabrication drawings
Assembly drawings
Weldment drawings
Structural-steel details
Platform and handrail drawings
Chute and hopper drawings
Guarding drawings
Equipment-interface drawings
Sections and elevations
Bills of materials
Installation drawings
As-built drawings

Deliverables can be prepared using SolidWorks, Autodesk Inventor and AutoCAD, depending on the project requirements.

Our SolidWorks Brisbane services support mechanical modelling, assemblies and fabrication-ready documentation for port and industrial projects.

Shutdown Engineering Support

Port shutdowns are often tightly scheduled, with limited time available for removal, modification and installation.

Mechanical engineering support before a shutdown may include:

Defining the work scope
Confirming equipment interfaces
Reviewing access restrictions
Preparing demolition drawings
Developing replacement designs
Checking lifting and installation space
Reviewing installation sequences
Preparing fabrication drawings
Identifying potential clashes
Developing contingency options

Accurate planning before the shutdown can reduce the risk of fabrication errors, unexpected obstructions and delayed restart.

Engineering Studies and Condition Assessments

Not every project should proceed directly to detailed design.

An engineering study can help define:

The existing problem
Likely failure mechanisms
Design constraints
Available options
Maintenance implications
Access requirements
Preliminary costs
Recommended next steps

Typical studies may include:

Existing-condition assessments
Wear and erosion studies
Machinery-access reviews
Conveyor and chute assessments
Guarding reviews
Constructability studies
Equipment-replacement studies
Upgrade feasibility studies
Refurbishment planning

Typical Port of Brisbane Mechanical Engineering Projects

Hamilton By Design can support projects involving:

Conveyor upgrades
Transfer-chute replacement
Hopper modifications
Machine guarding
Maintenance platforms
Walkways and stairs
Equipment support frames
Mechanical equipment replacement
Bulk-material handling systems
Wharf-access equipment
Crane-related access structures
Pipe and service supports
Wear-liner arrangements
Fabrication documentation
Brownfield plant modifications
Shutdown planning

Our Mechanical Engineering Workflow

1. Define the Problem

We review the existing asset, operating issue, maintenance requirement and required project outcome.

2. Establish Existing Conditions

Available drawings, photographs and site information are reviewed. Where required, site measurement or 3D laser scanning is completed.

3. Develop Engineering Options

Practical concepts are developed around safety, operation, access, fabrication and installation constraints.

4. Prepare the Design

The selected option is developed into a coordinated mechanical arrangement and supporting CAD model.

5. Complete Engineering Review

The design is reviewed against the required loads, interfaces, clearances, standards and project requirements.

6. Produce Drawings

General arrangements, details, fabrication drawings and bills of materials are prepared as required.

7. Support Fabrication and Installation

Clarifications, drawing revisions and installation support can be provided within the agreed scope.

Why Choose Hamilton By Design?

Practical Mechanical Engineering

Our approach considers how equipment will be fabricated, installed, operated and maintained.

Brownfield Experience

We understand the challenges of designing around existing machinery, steelwork, services and access restrictions.

Integrated Site Capture and Design

Where reliable drawings are unavailable, LiDAR scanning can be incorporated without making scanning the primary focus of this page.

Fabrication-Ready Documentation

Our mechanical designs can be developed into detailed CAD models and drawings suitable for contractor and fabricator use.

Brisbane and National Project Support

Hamilton By Design supports industrial and infrastructure projects in Brisbane and throughout Australia. Its broader Brisbane offering integrates LiDAR scanning, mechanical engineering and fabrication drafting for complex industrial work.

Areas Serviced

Mechanical engineering support is available for projects throughout:

Port of Brisbane
Fisherman Islands
Pinkenba
Lytton
Hemmant
Murarrie
Eagle Farm
Greater Brisbane
South-East Queensland

Travel can also be arranged for regional port, mining and industrial projects.

Frequently Asked Questions

What mechanical engineering services are available for Port of Brisbane projects?

Services can include conveyor and chute design, machine guarding, equipment replacement, access platforms, fabrication drawings, engineering studies and shutdown support.

Do you provide 3D laser scanning?

Yes. Laser scanning is available where accurate existing-condition data is required. The detailed scanning service is covered on the separate Port of Brisbane 3D laser scanning page.

Can you produce fabrication drawings?

Yes. Fabrication and assembly drawings can be prepared for suitable mechanical and structural items within the agreed engineering scope.

Can you assist with existing equipment where drawings are missing?

Yes. Existing equipment can be measured, scanned or reverse engineered to support replacement or modification work.

Can you design conveyor guards and access platforms?

Yes. Hamilton By Design can develop guarding and access concepts, CAD models and fabrication documentation for existing machinery and conveyor systems.

Do you provide shutdown engineering support?

Yes. Support can include site verification, replacement design, fabrication drawings, access reviews, clash checks and installation planning.

Are you affiliated with Port of Brisbane Pty Ltd?

No. Hamilton By Design is an independent mechanical engineering and digital engineering service provider. This page describes services available for projects in the Port of Brisbane area and does not imply endorsement or affiliation.

Discuss a Port of Brisbane Mechanical Engineering Project

Hamilton By Design can assist with:

Conveyor and chute engineering
Mechanical equipment modifications
Machine guarding
Platforms and access systems
Reverse engineering
Engineering studies
Fabrication drawings
Brownfield upgrades
Shutdown planning
Installation support

Contact Hamilton By Design to discuss your Port of Brisbane mechanical engineering requirements.

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Port of Brisbane Engineering & 3D Laser Scanning

3D Scanning Brisbane

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Engineering Studies and Assessments | Hamilton By Design

Port of Brisbane Engineering & 3D Laser Scanning

Port Facility LiDAR Scanning Port of Brisbane | Asset Capture

31 July 20268 September 2026

Port of Brisbane Engineering & 3D Laser Scanning

Port of Brisbane container terminal and bulk-handling infrastructure being captured with a FARO 3D laser scanner and coloured point-cloud overlay.

Port of Brisbane Engineering and 3D Laser Scanning Services

Engineer-Led LiDAR Scanning, Mechanical Design and As-Built Documentation for Brisbane Port Facilities

The Port of Brisbane is a major multi-cargo port supporting container handling, general cargo, motor vehicles, roll-on/roll-off operations, bulk commodities, warehousing and associated logistics activities. Its terminals and industrial precincts contain a complex mix of wharves, cranes, conveyors, storage systems, buildings, roads and mechanical infrastructure.

Hamilton By Design provides engineering and 3D laser scanning services for projects at and around the Port of Brisbane, Fisherman Islands, Pinkenba, Lytton and surrounding Brisbane industrial areas.

Our services combine engineering-grade LiDAR scanning with mechanical engineering, point-cloud processing, reverse engineering, 3D CAD modelling and fabrication-ready drafting.

This integrated approach allows port operators, terminal operators, engineering consultants, maintenance teams, contractors and fabricators to work from reliable existing-condition information rather than incomplete drawings or manually measured approximations.

Accurate site capture, engineering-ready point clouds and practical design documentation for complex port and industrial environments.

Engineering Services for Port of Brisbane Projects

Port facilities are continually maintained, upgraded and modified. Original drawings may no longer accurately represent what is physically installed because of previous repairs, plant modifications, equipment replacements and undocumented site changes.

Traditional measurement can also be difficult where equipment is:

Large or geometrically complex
Installed above conveyors or operating machinery
Surrounded by structural steel, services or pipework
Close to wharves or exposed water edges
Located within active vehicle or cargo-handling areas
Accessible only during a planned shutdown
Difficult to measure safely using tapes and hand tools

Our 3D scanning services in Brisbane capture millions of spatial measurements from multiple scanner positions to create a detailed three-dimensional record of the facility.

The resulting point cloud can support engineering, design, verification, fabrication, construction planning and maintenance without relying solely on repeated site measurements.

Port of Brisbane 3D Laser Scanning

Hamilton By Design uses terrestrial LiDAR scanning to document the visible geometry of port infrastructure, industrial equipment and surrounding structures.

Our broader Brisbane 3D scanning service can be applied to projects involving:

Container-terminal infrastructure
General-cargo facilities
Bulk-material handling systems
Conveyor systems
Transfer stations
Hoppers and bins
Chutes and wear liners
Wharves and berths
Crane rails and support structures
Loading and unloading equipment
Maintenance platforms
Stairs and handrails
Pipework and mechanical services
Warehouses and workshops
Equipment foundations
Roads, hardstands and vehicle clearances
Marine and waterfront infrastructure

The captured point cloud provides a measurable digital representation of the existing area. Engineers, designers and project personnel can navigate the dataset, extract measurements and review spatial relationships after the site visit.

For projects requiring engineering or fabrication decisions, our approach is based on collecting the right information for the intended purpose—not simply creating the largest possible point cloud. This principle is explained further in Not All Scans, Point Clouds or Meshes Are Equal.

Existing-Condition and As-Built Documentation

Accurate existing-condition information is particularly important when new equipment must connect to older port infrastructure.

Hamilton By Design can use registered scan data to prepare:

Existing-condition plans
General arrangement drawings
Floor plans
Sections and elevations
Structural-steel layouts
Equipment-location drawings
Pipe and service layouts
Interface drawings
Clearance envelopes
Dimensional verification drawings
Three-dimensional as-built models

Our engineering-grade 3D point-cloud scanning service in Brisbane can help verify existing geometry, identify spatial constraints and create an accurate foundation for proposed modifications.

Scan-to-CAD Modelling

A registered point cloud contains valuable measurement information, but many engineering projects also require usable CAD geometry.

Hamilton By Design can convert selected point-cloud information into models representing:

Structural steel
Mechanical equipment
Conveyor assemblies
Chutes and transfer stations
Platforms and access systems
Pipework and services
Machinery guards
Buildings and industrial rooms
Equipment foundations
Proposed replacement components

Depending on the project requirements, deliverables may include:

SolidWorks models
Autodesk Inventor models
AutoCAD drawings
STEP files
SAT files
Parasolid files
DWG files
DXF files
Navisworks-compatible coordination models
Registered E57 point clouds
Autodesk RCP or RCS files
LAS point-cloud files

The level of modelling can be matched to the intended project outcome, whether the client requires general spatial coordination, detailed reverse engineering or fabrication documentation.

Mechanical Engineering for Port Infrastructure

Hamilton By Design provides mechanical-engineering support for port, logistics, industrial and materials-handling projects.

Our services can include:

Existing-equipment assessments
Engineering studies
Concept and feasibility development
Mechanical arrangement design
Conveyor modifications
Transfer-chute design
Hopper and bin modifications
Machine-guarding design
Maintenance-access improvements
Equipment replacement planning
Platforms, stairs and handrails
Structural-support concepts
Reverse engineering
Wear and erosion assessments
Design verification
Fabrication drawings
Installation planning
Shutdown planning

Our wider engineering studies and assessments can be combined with LiDAR data to establish the existing condition of an asset before a design or maintenance decision is made.

The principal advantage of integrating engineering and scanning is that proposed designs can be developed directly around verified site geometry.

Conveyor and Bulk-Materials-Handling Projects

Port facilities may include extensive conveyor, loading, storage and transfer infrastructure. These systems frequently contain worn components, irregular geometry, restricted access and modifications that are not shown on the original drawings.

LiDAR scanning can capture:

Conveyor stringers
Conveyor gantries
Head and tail pulley arrangements
Drive stations
Transfer towers
Chutes
Hoppers
Bins
Wear liners
Walkways
Maintenance platforms
Support frames
Adjacent pipework
Electrical services
Access restrictions

The resulting point cloud can support the design of replacement equipment and help determine how proposed components will interface with the surrounding plant.

This is especially valuable where shutdown time is limited and equipment must be designed and fabricated before the existing assembly is removed.

Our approach to establishing a reliable digital baseline for mechanical, structural and piping work is also described in 3D Laser Scanning for SMP Project Delivery.

Wharf, Berth and Marine Infrastructure Scanning

Port projects may involve a combination of mechanical, structural, civil and marine infrastructure.

Three-dimensional laser scanning may assist with:

Wharf-access structures
Loading and unloading equipment
Fender-support arrangements
Mooring infrastructure
Gangways
Access platforms
Crane-support structures
Pipe bridges
Marine-loading equipment
Equipment foundations
Structural-steel verification
Service connections
Clearance studies

Terrestrial LiDAR can document visible above-water geometry from safe and accessible scanner positions.

Where below-water geometry is required, terrestrial laser scanning may need to be coordinated with hydrographic, bathymetric or specialist subsea-survey methods.

Crane and Heavy-Equipment Scanning

Port cranes and heavy mechanical equipment can be difficult to measure using conventional site techniques.

LiDAR scanning may support:

Crane-rail assessments
Existing-geometry verification
Equipment-envelope studies
Structural-member location
Access-platform modifications
Replacement-machinery planning
Guarding design
Exclusion-zone planning
Maintenance-clearance assessment
Clash detection
Installation-path planning

A coordinated point cloud can show the relationship between the crane or mechanical equipment and the surrounding wharf, structural steel, services, access areas and operating environment.

Where formal rail alignment, deformation, settlement or high-precision tolerance reporting is required, the laser-scanning work may need to be supplemented by specialist survey control or metrology.

Reverse Engineering of Existing Port Equipment

Original drawings are not always available for older port equipment. Existing drawings may also be inaccurate because the machinery has been repaired or modified during its operating life.

Hamilton By Design can use laser scanning, direct measurements and 3D CAD modelling to reverse engineer:

Chutes
Hoppers
Machinery guards
Covers
Frames
Brackets
Platforms
Ducting
Pipe supports
Access structures
Wear liners
Replacement structural assemblies
Mechanical components

The resulting CAD model can form the basis for design review, equipment modification and the preparation of fabrication drawings.

Where components contain fine tolerances or small features, LiDAR data may be supplemented with direct measurement, close-range scanning, photogrammetry or specialist metrology.

Brownfield Port Upgrades

Brownfield projects are challenging because new equipment must often fit within an operating facility containing existing structures, services and machinery.

A scan-based project workflow can involve:

Capturing the existing area before detailed design begins
Registering the individual scans into a coordinated point cloud
Identifying relevant interfaces and surrounding obstructions
Creating a model of the proposed equipment
Positioning the proposed design within the point cloud
Reviewing access, clearances and possible clashes
Preparing drawings around verified site geometry
Supporting off-site fabrication
Reviewing installation conditions before mobilisation

This approach can reduce the likelihood of replacement equipment arriving on site and failing to fit the existing interfaces.

Shutdown Planning

Port shutdowns and operational interruptions can be expensive and tightly controlled.

Incomplete drawings, missing dimensions and unexpected obstructions can delay demolition, fabrication or installation activities.

Pre-shutdown laser scanning can assist project teams with:

Confirming equipment interfaces
Planning demolition boundaries
Locating structural members
Checking available lifting space
Reviewing crane access
Planning removal routes
Planning installation routes
Coordinating temporary works
Identifying potential service clashes
Verifying replacement-component dimensions
Developing contractor work packs
Reviewing maintenance access

Project personnel can use the registered point cloud to become familiar with the work area before the shutdown begins.

A detailed digital record can also support future engineering studies and asset assessments after the immediate project has been completed.

Clash Detection and Constructability Review

New equipment can be modelled within the existing-condition point cloud to check how it relates to surrounding infrastructure.

Potential clashes may involve:

Structural steel
Conveyor frames
Pipework
Cable trays
Electrical equipment
Handrails
Access platforms
Existing machinery
Building elements
Vehicle envelopes
Maintenance-removal zones

Clash detection does not replace formal engineering review. However, it can identify obvious spatial conflicts while the proposed design can still be adjusted economically.

Our Brisbane structural drafting and 3D scanning services can also support projects where structural arrangements must be developed around the verified existing environment.

Machine Guarding and Safe Access

Port and materials-handling equipment may require new or upgraded guarding around conveyors, drives, pulleys, shafts, couplings and other moving components.

Laser scanning can help establish:

Existing machinery geometry
Hazard locations
Available mounting positions
Access requirements
Maintenance-removal zones
Guard clearances
Structural attachment points
Relationships with platforms and walkways

Hamilton By Design can then develop machine-guarding concepts and fabrication drawings appropriate to the identified machinery and project requirements.

The final design must be assessed against the legislation, standards, site rules and risk controls applicable to the particular facility and item of equipment.

Platforms, Stairs, Walkways and Handrails

Port and terminal facilities frequently require access improvements to support operation, inspection and maintenance.

Hamilton By Design can assist with the scanning and design of:

Maintenance platforms
Conveyor walkways
Access stairs
Step-over platforms
Crossovers
Handrails
Guardrails
Access ladders
Equipment-support frames
Removable access sections

Capturing the surrounding area helps ensure that the proposed access system accounts for existing machinery, operating clearances and maintenance requirements.

Wear and Erosion Studies

Chutes, hoppers, transfer points and other materials-handling equipment are subject to progressive wear and erosion.

Periodic scanning may help engineering and maintenance teams:

Establish a baseline geometry
Compare an asset at different points in time
Identify visible geometric changes
Locate concentrated wear areas
Quantify material loss where suitable data is available
Plan liner replacement
Prioritise maintenance
Create replacement geometry
Develop a digital condition record

Hamilton By Design’s wear and erosion studies can combine site observations, engineering assessment and digital measurement to support maintenance and refurbishment decisions.

Repeat scans should be collected using a controlled methodology where meaningful comparison between datasets is required.

Typical Port of Brisbane Projects

Hamilton By Design can assist with projects involving:

Container-terminal upgrades
Conveyor modifications
Transfer-chute replacement
Bulk-material handling equipment
Wharf-access improvements
Crane infrastructure
Crane rails and support structures
Maintenance platforms
Machine guarding
Warehouse alterations
Pipework modifications
Equipment relocation
Fabrication verification
Structural-steel detailing
As-built documentation
Shutdown planning
Reverse engineering
Asset-condition capture
Equipment-interface verification
Installation planning
Lift and access planning

Our Engineering and Scanning Workflow

1. Define the Project Requirements

We review the asset, required scan coverage, access conditions, site restrictions, accuracy requirements, final deliverables and intended engineering use of the information.

2. Plan the Site Capture

The scanning methodology is developed around site inductions, work permits, exclusion zones, operating equipment, vehicle movements, water-edge risks and access limitations.

3. Complete the On-Site Scanning

Multiple scanner positions are used to capture the equipment and surrounding environment.

Critical dimensions or important interfaces can also be independently checked where required.

4. Register the Point Cloud

The individual scans are aligned into a coordinated three-dimensional dataset and reviewed for coverage and registration quality.

5. Conduct the Engineering Review

The registered point cloud is examined to identify important interfaces, clearances, obstructions and areas that may require further investigation.

6. Prepare CAD Models and Drawings

Selected geometry is converted into the required CAD models, general arrangements, sections, details or fabrication drawings.

7. Coordinate the Proposed Design

Proposed equipment can be positioned within the point cloud to support clash detection, access assessment and constructability review.

8. Deliver the Project Information

The final information is supplied in the agreed point-cloud, CAD, drawing or report formats.

Why Choose Hamilton By Design?

Engineer-Led Reality Capture

Our scanning work is planned with an understanding of how the captured information will be used for engineering, design, fabrication and installation.

Industrial and Materials-Handling Experience

Our project experience includes conveyors, chutes, hoppers, machine guarding, access structures, mechanical equipment and brownfield plant modifications.

Integrated Project Delivery

Site capture, point-cloud registration, CAD modelling, mechanical engineering and drafting can be delivered through one coordinated workflow.

Reduced Site Reattendance

A comprehensive point cloud allows many measurements and interfaces to be reviewed remotely after the site visit.

Support for Off-Site Fabrication

Fabricators can receive models and drawings developed around captured existing conditions.

Engineering-Ready Information

Our focus is on creating information that engineers, project managers, maintenance teams, contractors and fabricators can use.

Hamilton By Design also provides engineering-grade 3D laser scanning throughout Australia for clients with projects across multiple states or industrial locations.

Port Safety and Site Requirements

Work at an operational port may require:

Site-specific inductions
Maritime Security Identification Card requirements
Work permits
Safe work method statements
Take 5 or task-risk assessments
Working-at-heights controls
Water-edge controls
Traffic-management arrangements
Exclusion zones
Personal protective equipment
Site escorts
Coordination with terminal operations
Weather and lighting considerations
Tidal or marine-operational considerations

The final scanning methodology will be developed around the access, safety and operational requirements established by the relevant site operator.

Areas Serviced

Hamilton By Design can support port, industrial and infrastructure projects throughout:

Port of Brisbane
Fisherman Islands
Pinkenba
Lytton
Hemmant
Murarrie
Wynnum
Manly
Eagle Farm
Brisbane Airport industrial precinct
Greater Brisbane
South-East Queensland

Our main LiDAR scanning Brisbane service also supports industrial, manufacturing, infrastructure, construction and regional Queensland projects.

Travel can be arranged for port, mining and industrial projects throughout Queensland and other Australian locations.

Frequently Asked Questions

What can be scanned at the Port of Brisbane?

LiDAR can capture visible geometry including conveyors, buildings, platforms, structural steel, pipework, machinery, crane infrastructure, wharf equipment and surrounding industrial areas.

Can scanning be completed while a port facility remains operational?

Scanning can often be completed while surrounding operations continue, provided suitable access, permits, exclusion zones and operating controls are established.

Some equipment may need to be stopped where accurate capture of moving components is required.

How accurate is 3D laser scanning?

Accuracy depends on the scanner, distance, site geometry, surface characteristics, environmental conditions, registration method and required deliverable.

The project accuracy requirements should be established before the scanning methodology is selected.

Can point-cloud information be used in SolidWorks?

Yes. Registered point clouds can be used as references when developing SolidWorks models. Selected equipment and structural geometry can also be converted into usable CAD models.

Can Hamilton By Design produce fabrication drawings?

Yes. Fabrication drawings can be prepared for suitable mechanical and structural assemblies, subject to the agreed engineering scope and required design review.

Can equipment above water be scanned?

Visible above-water infrastructure can generally be captured from safe and accessible scanner positions.

Below-water geometry requires an appropriate hydrographic, bathymetric or subsea-survey method.

Can moving conveyors and machinery be scanned?

Stationary infrastructure surrounding operational equipment can often be captured safely, subject to site controls.

Moving belts, rotating machinery and other moving surfaces may appear incomplete or distorted. The equipment may need to be stopped when accurate component geometry is required.

Can scans from different dates be compared?

Yes. Repeat scan datasets may be compared to identify geometric changes where suitable survey control, coverage, resolution and registration methods have been used.

Can Hamilton By Design provide the registered point cloud without modelling?

Yes. A project can be scoped for site scanning and registered point-cloud delivery only.

Additional services such as scan-to-CAD modelling, engineering assessment and drafting can be included where required.

Is Hamilton By Design affiliated with Port of Brisbane Pty Ltd?

No. Hamilton By Design is an independent engineering and 3D laser scanning service provider.

This page describes services that may be provided for projects located at or around the Port of Brisbane. It does not imply endorsement, appointment, partnership or affiliation with Port of Brisbane Pty Ltd.

Discuss a Port of Brisbane Project

Reliable existing-condition information can reduce uncertainty before design, fabrication and installation begin.

Hamilton By Design can assist with:

Engineering-grade 3D laser scanning
Registered point-cloud creation
Existing-condition documentation
Scan-to-CAD modelling
Mechanical engineering
Reverse engineering
Conveyor and chute modifications
Machine guarding
Platforms and access structures
Fabrication drawings
Clash detection
Brownfield upgrade planning
Shutdown engineering support

Explore our broader 3D laser scanning services or contact Hamilton By Design to discuss the equipment, facility, required accuracy and intended deliverables for your Port of Brisbane project.