3D Printing Services in Melbourne for Engineering, Prototyping & Manufacturing
From CAD model to physical part, we help Australian businesses turn digital designs into accurate prototypes, functional components, display models and low-volume production parts.
At CAD Deziners, we combine 3D printing technology with engineering, CAD design, product development and manufacturing knowledge. Whether you need one prototype or a batch of custom components, we help select the appropriate printing process, material and finishing approach for your application.
Our 3D Printing Technologies
- FDM • SLA • SLS • MJF • PolyJet • Metal 3D Printing
- Engineering-Led
- Multiple Printing Technologies
- Prototype to Production
- B2B Projects
- Australia-Wide Support
Melbourne 3D Printing for Businesses That Need More Than a Printed Model
A professional 3D printing service is not simply about putting a CAD file into a printer. The printing technology, material, geometry, wall thickness, support strategy, orientation, surface finish and intended application can all influence the final part.
That’s where our engineering approach makes a difference.
We work with businesses that need functional prototypes, production components, replacement parts, product development models, jigs and fixtures, architectural or industrial models and custom low-volume parts.
If you already have a CAD file, we can review it for the selected manufacturing process. If you have only a physical component, sketch or product concept, our CAD and engineering team can help take the project further.
This makes CAD Deziners more than a conventional 3D printing company. We can support the engineering work around the printed part as well.
Why Businesses In Melbourne Choose Us
An Engineering-Led 3D Printing Partner
Our 3D Printing Technologies
FDM 3D Printing
Cost-Effective Plastic 3D Printing for Prototypes & Functional Parts
Fused Deposition Modelling (FDM) builds parts by depositing thermoplastic material layer by layer.
We use FDM when the priority is often cost-effective prototyping, quick design validation, larger components, jigs, fixtures and functional parts.
Suitable for:
- Functional prototypes
- Mechanical components
- Jigs and fixtures
- Enclosures
- Brackets
- Large prototypes
- Low-volume parts
SLA 3D Printing
High-Detail Resin Printing for Precision Prototypes & Visual Models
Stereolithography (SLA) uses a light source to cure liquid resin layer by layer.
SLA is particularly useful when your project requires fine details, dimensional accuracy and a smooth surface finish. CAD Deziners’ existing SLA capability is positioned for detailed functional and visual parts, prototypes and low-volume custom components.
Suitable for:
- High-detail prototypes
- Product design models
- Presentation models
- Complex geometries
- Medical models
- Master patterns
- Small detailed components
- Low-volume custom parts
SLS 3D Printing
Strong, Functional Plastic Parts Without Traditional Tooling
Selective Laser Sintering (SLS) uses a laser to fuse powdered material layer by layer.
SLS is particularly useful for functional prototypes, complex geometries and short-run production where mechanical performance and design freedom are important.
SLS applications
- Functional prototypes
- Engineering components
- Complex housings
- Brackets
- Low-volume production
- Replacement components
- Mechanical assemblies
MJF 3D Printing
Fast, Consistent Production for Functional Plastic Parts
HP Multi Jet Fusion (MJF) is designed for producing functional polymer components with consistent properties and efficient production of multiple parts.
We can consider MJF where the project requires a combination of speed, repeatability, functional performance and production scalability.
CAD Deziners already lists MJF as one of its supported technologies and describes it as suitable for functional prototypes and production volumes.
Suitable for:
- Functional prototypes
- End-use components
- Low-volume production
- Custom housings
- Mechanical parts
- Multiple-part production runs
PolyJet 3D Printing
Fine Details, Smooth Surfaces & Multi-Material Prototypes
PolyJet 3D printing is useful for projects where appearance, fine detail and complex prototype requirements are important.
This is particularly valuable when a prototype needs to communicate shape, appearance and design intent before moving into production.
Your existing website already lists PolyJet as one of CAD Deziners’ technologies.
It can be considered for:
- Product prototypes
- Detailed models
- Consumer product development
- Multi-material concepts
- Visual prototypes
- Presentation models
- Small complex components
Metal 3D Printing Melbourne
Complex Metal Components for Engineering & Advanced Manufacturing
For projects that require metal components, metal 3D printing can produce geometries that may be difficult, expensive or impractical to manufacture using conventional methods.
CAD Deziners’ existing service information references materials including titanium, aluminium and stainless steel for metal 3D printing.
Depending on the application, material requirements and design, metal additive manufacturing can be considered for:
- Automotive components
- Aerospace parts
- Engineering prototypes
- Medical components
- Custom tooling
- Complex geometries
- Lightweight components
- Low-volume metal production
Which 3D Printing Technology Is Right for Your Project?
Technology | Best suited for | Key advantage |
FDM | Functional prototypes, jigs, fixtures | Cost-effective plastic parts |
SLA | Detailed prototypes, visual models | Fine detail & smooth finish |
SLS | Functional parts & short runs | Complex, durable polymer parts |
MJF | Functional production parts | Speed & consistency |
PolyJet | Detailed visual prototypes | Fine detail & surface quality |
Metal 3D Printing | Advanced engineering parts | Complex metal geometries |
Don't know which process you need?
Send us your CAD file, drawing, dimensions or project requirements and our team can help determine an appropriate manufacturing route.
Plastic 3D Printing for Melbourne Businesses
Plastic additive manufacturing gives businesses a practical way to develop and test components without immediately committing to expensive tooling.
Depending on the project, we can consider different plastic/resin technologies for:
- Concept models
- Functional prototypes
- Engineering components
- Replacement parts
- Enclosures
- Jigs and fixtures
- Product testing
3D Printing Services for Melbourne's Engineering & Manufacturing Industries
Our B2B 3D printing solutions can support a wide range of industries.
What Can You 3D Print for Your Business?
Instead of focusing only on “3D printing”, show visitors what they can actually buy from you.
Need More Than 3D Printing?
We Can Take Your Project From Physical Part to Printed Component
This gives businesses an end-to-end route from existing physical component to new manufactured part.
CAD Deziners already combines 3D printing with 3D scanning, reverse engineering and product development capabilities.
Not every customer starts with a perfect CAD file.
- An old component.
- A damaged part.
- A physical prototype.
- A sketch.
- A discontinued product.
Our engineering team can combine:
- 3D Scanning
- Reverse Engineering
- CAD Modelling
- Design Modification
- 3D Printing
- Testing / Validation
- Manufacturing
Our Melbourne 3D Printing Process
Instead of focusing only on “3D printing”, show visitors what they can actually buy from you.
Have a CAD File Ready?
We can work with common engineering and 3D-printing file formats including:
STEP / STP • IGES / IGS • STL • OBJ • 3MF • WRL
CAD Deziners’ quotation system currently supports these formats, with additional PDF and ZIP upload options.
Don't have a CAD file?
That’s okay.
We can help with:
3D CAD modelling → Reverse engineering → 3D scanning → Design modification → Print-ready preparation
What We Check Before Your Parts Leave Us
For B2B engineering projects, the printed part needs to be more than visually acceptable.
See Our 3D Printing Work in Real Projects
This is where I would use the case-study carousel design you recently created.
3D Printing Melbourne & Victoria
We support businesses looking for 3D printing services Melbourne and engineering-led additive manufacturing solutions across Melbourne and Victoria.
Our Melbourne service can support businesses across:
Melbourne CBD • Carlton • Richmond • Dandenong • Clayton • Braeside • Sunshine • Laverton • Campbellfield • Thomastown • Werribee • Geelong • Greater Melbourne
For businesses outside Melbourne, we can also support projects through our broader Australian service network.
The current business listing for CAD Deziners places the Melbourne operation in Carlton, Victoria. CAD Deziners
Looking for a 3D Printing Company in Melbourne
Whether you need a single prototype, functional engineering component, replacement part or low-volume production run, tell us what you are trying to manufacture.
Our team can review your requirements and help determine the most suitable 3D printing technology.
Send us:
- CAD File + Quantity + Material Requirement + Application + Delivery Requirement
Frequently Asked Questions About 3D Printing in Melbourne
Find answers to common questions
We provide FDM, SLA, SLS, MJF, PolyJet and metal 3D printing solutions for prototypes, functional parts, display models and low-volume manufacturing.
It depends on the part's geometry, material requirements, strength, surface finish, tolerance, quantity and intended use. FDM, SLA, SLS, MJF, PolyJet and metal printing each have different strengths.
Yes. We support several plastic and resin-based additive manufacturing processes, including FDM, SLA, SLS, MJF and PolyJet.
Yes. We offer metal 3D printing solutions for suitable engineering applications, including projects involving materials such as titanium, aluminium and stainless steel.
Yes. STL is one of the file formats supported through our quotation process. We also accept formats including STEP, IGES, OBJ, 3MF and WRL.
Yes. Our CAD, 3D scanning and reverse-engineering capabilities can help create usable digital geometry before printing.
Yes. Depending on the project, 3D printing can be suitable for one-off prototypes, custom components and small production runs.
Yes. Our focus includes B2B applications such as product development, engineering prototypes, manufacturing aids, replacement components, display models and low-volume production.