3D LiDAR Scanning Bayswater VIC | Hamilton By Design

Hamilton By Design | Engineering-Grade 3D Laser Scanning, Scan-to-CAD & Reverse Engineering

Blue 3D LiDAR scanner icon on a tripod with scanning waves

Bayswater, in Melbourne’s eastern industrial corridor, is home to established manufacturing businesses, precision engineering workshops, machinery suppliers and metal fabrication operations. These industries depend on accurate dimensional information to support equipment installation, production upgrades, maintenance and engineering modifications.

Hamilton By Design provides professional 3D LiDAR scanning in Bayswater, Victoria, helping manufacturers, engineering contractors and industrial facility operators capture existing site conditions and convert physical assets into practical digital engineering information.

Our services combine terrestrial 3D laser scanning, mechanical engineering, SolidWorks CAD modelling and reverse engineering to support industrial projects from initial measurement through to detailed design and fabrication documentation.

Whether you are modifying a production line, installing new equipment, upgrading machinery or documenting an existing manufacturing facility, our engineering-led scanning approach helps reduce dimensional uncertainty and improve project planning.

Industrial 3D LiDAR Scanning in Bayswater

Manufacturing facilities often undergo modifications throughout their operational life. Equipment is relocated, production lines are extended, pipework is altered and new machinery is installed within existing buildings.

In many cases, original engineering drawings are incomplete, outdated or unavailable.

Our industrial 3D LiDAR scanning services establish an accurate three-dimensional record of existing site conditions, including:

Manufacturing machinery and production equipment
Structural steelwork, columns and support frames
Industrial pipework, ducting and mechanical services
Conveyor systems and material handling equipment
Factory buildings, mezzanines and access platforms
Equipment foundations and installation clearances
Existing fabrication assemblies and machine components
Plant rooms, maintenance access and service corridors

The resulting registered point cloud provides a spatial reference for engineering design, equipment installation, clash assessment and preparation of as-built drawings.

Precision Engineering and Machinery Scanning

Bayswater’s engineering and manufacturing sector includes businesses involved in precision machining, machinery manufacture, automation and specialist industrial equipment.

Hamilton By Design supports these activities through 3D scanning and CAD reconstruction of existing mechanical assets.

Our scanning capabilities include terrestrial LiDAR for larger equipment and facilities, together with handheld metrology-grade scanning for smaller components requiring greater geometric detail.

Applications include:

Machinery modifications: Capture existing machine geometry before developing replacement components, guarding or structural modifications.

Equipment installation: Verify available space, mounting positions and adjacent services before introducing new equipment.

Component reconstruction: Digitise physical components to support CAD modelling where original drawings are unavailable.

Production equipment upgrades: Establish dimensional relationships between existing machinery, conveyors and support structures.

Engineering verification: Compare physical geometry with existing CAD models to identify differences requiring further investigation.

For close-range component scanning, we use a Revopoint MetroY Ultra handheld scanner, with manufacturer-stated single-frame accuracy of up to 0.015 mm under specified conditions. Overall project accuracy depends on the scanning method, object geometry, registration and verification requirements.

Reverse Engineering and Scan-to-CAD Services

Reverse engineering is particularly valuable when manufacturers operate machinery for which original CAD models, fabrication drawings or replacement parts are no longer available.

Hamilton By Design can capture existing components and assemblies and reconstruct their geometry using SolidWorks and other engineering CAD software.

Typical reverse engineering applications include:

Replacement machinery components
Existing fabricated steel assemblies
Pump housings and mechanical equipment
Conveyor components and support frames
Machinery guards and access structures
Equipment mounting brackets and interfaces
Legacy industrial equipment
Custom manufacturing machinery

Depending on project requirements, the reconstructed geometry can be supplied as SolidWorks models, STEP files, Parasolid files or engineering drawings.

A 3D scan captures accessible physical surfaces. It does not automatically establish material properties, internal geometry, manufacturing tolerances or original design intent. Critical dimensions and functional requirements may require additional inspection and verification.

3D Scanning for Metal Fabrication and Structural Modifications

Fabrication projects within operating manufacturing facilities can be challenging when existing site dimensions are uncertain.

Traditional manual measurement may not capture complex relationships between equipment, structures and services.

Our 3D scanning and mechanical drafting services support:

Structural steel modifications
Equipment support frames
Access platforms and maintenance structures
Industrial stairs and ladders
Machine guarding and safety barriers
Pipe supports and brackets
Conveyor modifications
Equipment installation frames

By developing fabrication models around verified existing geometry, engineering teams can identify potential dimensional conflicts before components are manufactured.

Where required, we can develop general arrangement drawings, fabrication drawings and mechanical CAD models to support workshop production and installation.

Factory Layouts, Equipment Relocation and Production Line Upgrades

Factory modifications often require careful coordination between existing machinery, building structures, services and material handling systems.

Hamilton By Design provides 3D LiDAR scanning to support factory layout development, equipment relocation and production line modifications.

A registered point cloud can be used to assess:

Equipment positioning and installation envelopes
Machinery access and maintenance clearances
Conveyor alignment and interfaces
Structural constraints
Existing pipework and service routes
Material handling pathways
Available space for future expansion

The point cloud can be imported into compatible engineering software to assist with layout planning and mechanical design.

Our mechanical engineering experience allows us to interpret scanned information in the context of practical fabrication, installation and operational requirements.

Industrial Plant Scanning and As-Built Documentation

Existing industrial facilities frequently contain modifications that have not been incorporated into their original engineering documentation.

This can create uncertainty during maintenance planning, equipment replacement and capital improvement projects.

Hamilton By Design provides engineering-grade 3D scanning to establish a digital record of existing conditions.

Applications include:

As-built factory documentation
Plant modification planning
Mechanical services coordination
Industrial equipment replacement
Structural interface verification
Maintenance access assessment
Engineering design development
Shutdown and installation planning

Registered point cloud information can also be retained as a reference for future engineering projects, reducing the need to repeat initial site measurement where the facility remains unchanged.

3D LiDAR Scanning Equipment and Accuracy

Hamilton By Design uses professional scanning equipment selected according to the scale and requirements of each project.

FARO Focus S70 Terrestrial Laser Scanner

Our FARO Focus S70 is used for industrial facilities, manufacturing buildings, structural steelwork, machinery installations and larger mechanical assemblies.

The scanner captures millions of spatial measurements to establish a detailed three-dimensional representation of accessible surfaces.

For suitable industrial applications, individual measurements may achieve millimetre-level precision. Overall registered point cloud accuracy depends on site conditions, scan geometry, registration quality and survey control.

Revopoint MetroY Ultra Handheld Scanner

For smaller mechanical components and detailed reverse engineering work, our handheld blue-laser scanning equipment provides higher-resolution surface capture.

This equipment is particularly useful for complex fabricated or machined components where terrestrial scanning would not provide sufficient geometric detail.

Scanner selection and measurement verification are determined by the required engineering deliverables.

3D Scanning Deliverables

Hamilton By Design can provide a range of digital engineering deliverables depending on the agreed scope.

Registered E57 point cloud: Engineering reference and software interoperability.
Autodesk RCP/RCS: ReCap, AutoCAD and compatible Autodesk workflows.
LAS point cloud: Point cloud data exchange.
SolidWorks 3D models: Mechanical design and reverse engineering.
STEP / Parasolid files: CAD model exchange and fabrication coordination.
General arrangement drawings: Equipment layouts and installation planning.
Fabrication drawings: Manufacturing and structural modifications.
Simplified 3D models: Spatial coordination and equipment envelopes.

Deliverables are selected to suit the client’s engineering software, project requirements and intended use of the captured information.

Our Industrial 3D Scanning Process

Stage 1 — Project Scope and Engineering Requirements

We review the intended use of the scan data, site conditions, required accuracy and final deliverables.

This helps determine the appropriate scanning equipment, access arrangements and data processing requirements.

Stage 2 — On-Site 3D LiDAR Scanning

Our engineer attends the facility and captures accessible equipment, structures and surrounding geometry.

Where practical, scanning is undertaken when production areas are clear of moving machinery, vehicles and personnel to improve data quality and protect equipment.

Stage 3 — Point Cloud Registration and Processing

Individual scans are registered into a coordinated three-dimensional dataset.

Registration quality and data coverage are reviewed before preparing the agreed point cloud deliverables.

Stage 4 — CAD Modelling and Engineering Documentation

Where included in the project scope, we develop mechanical CAD models, equipment layouts, general arrangement drawings or fabrication documentation using the captured geometry.

Stage 5 — Engineering Review and Delivery

Deliverables are reviewed against the agreed project requirements and issued in the specified digital formats.

Why Choose Hamilton By Design?

Hamilton By Design combines industrial 3D scanning with practical mechanical engineering and fabrication experience.

Rather than treating scanning as an isolated surveying activity, we focus on collecting information that can be used for engineering design, equipment installation and manufacturing documentation.

Our capabilities include:

Mechanical engineering and industrial design experience
FARO terrestrial 3D LiDAR scanning
Handheld metrology-grade component scanning
SolidWorks mechanical CAD modelling
Reverse engineering and equipment reconstruction
Industrial fabrication and installation documentation
Factory layouts and machinery modifications
Engineering-led assessment of scan data requirements

We understand the importance of capturing suitable geometry before design and fabrication begin, particularly where equipment must fit within existing operating facilities.

Servicing Bayswater and Melbourne’s Eastern Industrial Suburbs

Hamilton By Design provides 3D LiDAR scanning and mechanical engineering services to industrial businesses throughout Bayswater and surrounding areas, including:

Bayswater
Bayswater North
Kilsyth
Boronia
Wantirna
Ringwood
Croydon
Scoresby
Knoxfield
Ferntree Gully
Rowville
Dandenong

We also undertake industrial scanning projects across metropolitan Melbourne, regional Victoria and Australia.

Our services are available for individual machinery components, manufacturing facilities, industrial plant upgrades and larger engineering projects.

Frequently Asked Questions

Can you scan an operating factory in Bayswater?

Yes. We can undertake scanning within operating manufacturing facilities, subject to site access, safety requirements and operational conditions. Where possible, scanning is scheduled during quieter production periods to minimise interference from moving equipment and personnel.

Can you create SolidWorks models from 3D scans?

Yes. We can use point cloud or mesh data to develop SolidWorks models of machinery, fabricated structures and mechanical components. The modelling detail depends on the intended engineering application and agreed scope.

Can 3D LiDAR scanning help with machinery installation?

Yes. Scanning can establish existing equipment positions, structural interfaces and available installation space. This information assists with machinery positioning, design coordination and identifying potential clashes before installation.

Do you provide reverse engineering for older machinery?

Yes. We can scan accessible mechanical components and reconstruct suitable CAD geometry where original drawings are unavailable. Additional measurement and engineering assessment may be required for critical interfaces or internal features.

What file formats can you supply?

Common formats include E57, RCP, RCS, LAS, STEP, Parasolid and SolidWorks files, depending on the project requirements.

How long does industrial 3D scanning take?

The duration depends on the size and complexity of the facility, accessibility, required coverage and deliverables. A smaller project may require one day of on-site scanning, while larger industrial facilities may require multiple days of data collection and processing.