Important Notice: Current Lead Time for 3D Printing Services is 5-6 Weeks.
3D Printing Services Australia
Whether you need a one-off functional prototype, architectural scale models, or low-volume batch production, Thinglab pairs industry-leading 3D printing hardware with deep technical expertise. All printing is completed in-house in Yarraville, Victoria, ensuring complete IP confidentiality, consistent quality control, and rapid nationwide delivery.
7A Kent Street,
Yarraville, VIC 3013, Australia.
Monday to Friday
9:00 am to 5:00 pm (AEST)
Professional 3D Printing Service
Turn complex CAD files into high-precision prototypes and end-use production parts with Thinglab’s Melbourne-based additive manufacturing bureau.
Key Capabilities At A Glance
| Specification | Fused Deposition Modeling (FDM) | Stereolithography (SLA) | Selective Laser Sintering (SLS) |
| Primary Use Cases | Functional prototypes, large jigs/fixtures | High-detail models, smooth finishes, dental | End-use batch production, complex geometries |
| Max Build Envelope | Up to $1000 \times 1000 \times 1000\text{ mm}$ | Up to $335 \times 200 \times 300\text{ mm}$ | Up to $160 \times 160 \times 300\text{ mm}$ |
| Available Materials | PLA, ABS, PETG, TPU, Carbon-Fiber, ASA | Standard, Tough, Rigid, High-Temp, Bio Resins | PA12 Nylon, Flame-Retardant Powders |
| Dimensional Accuracy | $\pm 0.2\text{ mm}$ or $\pm 0.2\%$ | $\pm 0.1\text{ mm}$ (Fine detail) | $\pm 0.3\text{ mm}$ (Isotropic strength) |
| Standard Turnaround | 3–7 Business Days | 3–7 Business Days | 5–10 Business Days |
Why Australian Engineers & Designers Choose Thinglab
In-House Bureau with Leading Additive Hardware
We do not broker your parts offshore. Every file submitted to Thinglab is evaluated and manufactured locally on our fleet of industrial 3D printers, including Formlabs (SLA & SLS), BigRep large-format platforms, UltiMaker, and Bambu Lab machines.
Multi-Technology Material Selection
From rigid engineering thermoplastics and flexible elastomers to flame-retardant powders and biocompatible dental resins, we match your design specifications to the ideal material chemistry for thermal resistance, impact strength, or cosmetic appeal.
“Try Before You Buy” Hardware Validation
Considering adding in-house additive manufacturing to your own facility? Thinglab is both an authorised hardware distributor and a printing bureau. Commission a benchmark print through our bureau to test part tolerances, surface finish, and real-world durability before investing in equipment.
Stringent Non-Disclosure & IP Protection
Your proprietary CAD files and product designs are handled with rigorous confidentiality. We routinely execute mutual Non-Disclosure Agreements (NDAs) for aerospace, medical, defense, and industrial R&D teams.
Additive Manufacturing Technologies We Offer
Selective Laser Sintering (SLS) – Production Nylon Parts
SLS uses a high-powered laser to fuse nylon powder layer by layer. Because unsintered powder supports the model during production, SLS eliminates the need for support structures, unlocking unmatched geometric freedom, interlocking assemblies, and high-tensile durability.
- Best for: Functional enclosures, automotive brackets, snap-fits, and low-volume production runs.
- Materials: PA12 Nylon, specialized engineering powders.
Stereolithography (SLA) – Micron-Level Precision & Glass-Smooth Finish
Using precision UV lasers to cure photopolymer liquid resin, SLA delivers exceptionally crisp edge definition, fine embossed details, and injection-mould-like surface finishes.
- Best for: Concept presentation models, ergonomic testing, micro-fluidics, dental aligners, and master patterns for casting.
- Materials: Clear, Draft, Grey Pro, Tough 2000, Rigid 10k, Flexible 80A, and Certified Bio-compatible Resins.
Fused Deposition Modeling (FDM / FFF) – Large-Scale & Rapid Prototyping
Our industrial FDM systems extrude production-grade thermoplastics for robust jigs, manufacturing fixtures, and full-scale architectural models up to 1 cubic meter.
- Best for: Dimensional verification, factory tooling, rapid proof-of-concept mockups, and large-format enclosures.
- Materials: PLA, Tough PLA, ABS, ASA (UV resistant), PETG, TPU (rubber-like), and Carbon-Fiber reinforced filaments.
We Provide 3D Printing Services Across All Industries
Automotive
Perfect for capturing a range of vehicle components, the Artec Point effortlessly scans everything from hoods, door panels, and spoilers to intricate interior features with exceptional accuracy and ease.
Engineering
Support product development and R&D with accurate prototypes, functional parts, and jigs. 3D printing accelerates testing cycles and reduces lead times for custom components.
Architecture
Transform CAD models into tangible architectural maquettes with precise, detailed 3D prints for client presentations, planning approvals, and design development.
Heritage
Digitally preserve and replicate historical artifacts with high-fidelity 3D prints—supporting conservation, exhibition, and education efforts worldwide.
Forensics
Use 3D printing to recreate crime scenes, biological structures, or physical evidence for analysis, courtroom presentations, and investigative education.
Arts & Entertainment
From props to costumes and set pieces, 3D printing brings creative concepts to life for film, TV, gaming, and live events—fast, detailed, and scalable.
Medical
Create anatomical models, surgical guides, prosthetics, and custom devices tailored to patients. 3D printing improves planning, precision, and patient outcomes.
Product Design
Rapidly prototype, refine, and iterate product concepts with functional 3D prints—ideal for testing form, fit, and usability early in the design cycle.
Education
Introduce students to hands-on STEM learning with 3D printing—perfect for exploring design thinking, creativity, and real-world problem solving.
A Wide Variety of 3D Printers to Choose From
Frequently Asked Questions
As every print job is different it is hard for us to give an accurate cost for 3D printing without a digital 3D file. Our 3D print services start from $150 and you can get a instant quote from our online 3D print calculator or by emailing us at 3dprinting@thinglab.com.au.
We charge for 3D printed models based on a formula that takes into consideration build time, material cost, setup and labour time. For data that contains errors there may be an additional charge for the time required to repair the file for printing.
Again every print job is different so lead time will depend on the file and technology used to print. As a guide our standard lead time is 7-10 days plus print time.
Build times can take just hours for small parts to days or even weeks to print for larger models, plus additional time for pre and post processing. Specifying your deadline is one of the best ways for our 3D printing services team to prioritise your work and ensure delivery for a time suited to you.
We can print in a wide range of polymers but are not able to offer metal 3d printing services.
You can print almost any 3D object using 3D printing technology, but some techniques are more suited to some shapes than others. Not all parts are suitable for printing. If you are unsure, send us an stl file and we will be happy to assess it for you. There are some important things to take into consideration when 3D printing:
- What is the end use of the part?
- Do you require specific material properties/characteristics?
- Does the part(s) need support structures for overhanging surfaces?
- What orientation is required for the part you’re building?
We can provide prototyping services in a range of polymer materials and 3D printing technologies, as well as 3D printing consultancy to determine the best technology and materials for your application. If you need a prototype not suited to FFF, SLA or SLS let us know and we may be able to help with other 3D print technologies.
We do not provide design/modifications to files or any post finishing services such as assembly, polishing or painting.
Depending on the material required we can provide printed prototypes up to a size of:
- Fused Filament Fabrication (FFF) – 1000 x 1000 x 1000 mm
- Stereolithography (SLA) – 335 x 200 x 300 mm
- Selective Laser Sintering (SLS) – 160 x 160 x 300 mm
If you need larger models multiple parts can be bonded together post production, but this is not a service we currently provide.
All you need is a CAD model of your part and this will need to be saved as a *.stl file, which is the standard file format for 3D printing. We cannot except links to models on sites such as Thingiverse but request that the files reiquired are sent to us in .stl format.