Rapid Prototyping Services Australia
From concept to physical part in days — not weeks. We combine in-house FDM, SLA and SLS 3D printing with our Australian CAD team to compress your product development cycle.
What Is Rapid Prototyping?
Rapid prototyping is the fast fabrication of a physical scale model of a product or component using three-dimensional computer-aided design (CAD) data. At 3Dmatic, we use additive manufacturing (3D printing) as the primary rapid prototyping technology — allowing us to produce accurate parts in hours rather than the days or weeks required by traditional machining or tooling methods.
Our Rapid Prototyping Process
1. Design review
We assess your CAD files or sketch and advise on the best technology and material for your application. If you need CAD created from scratch, our in-house team can build it.
2. Material selection
We match material to function. FDM nylon or PETG for structural testing; SLA resin for high-detail visual models; SLS PA12 for isotropic, production-representative parts.
3. Print & quality check
Parts are printed at our Brisbane facility. Every part is measured against your critical dimensions before dispatch.
4. Iterate fast
Have feedback from a prototype? We can turn around design revisions and a new print within 24–48 hours. Multiple iterations in a single week are routine.
Prototyping Technologies We Use
No single 3D printing process suits every prototype. We run four technologies in-house and choose the one that matches what you need to learn from the part — whether that is fit, form, function or appearance.
FDM (Fused Deposition Modelling)
The fastest and most economical option for early-stage fit checks and structural concept models. PLA, PETG, ABS and nylon are available. Best when you need a cheap part in hand quickly to confirm a design direction, not a cosmetic finish.
SLA / Resin
Stereolithography produces smooth surfaces and fine feature detail, making it the choice for visual and presentation models, detailed enclosures, and parts with small text or intricate geometry. Resin parts are ideal where appearance matters more than long-term mechanical strength.
SLS (Selective Laser Sintering)
SLS PA12 nylon parts are strong in every direction (isotropic) and need no support structures, so complex geometries and living hinges print cleanly. This is the closest a prototype gets to an injection-moulded part, and it is suitable for functional testing and low-volume end-use runs.
MJF (Multi Jet Fusion)
HP Multi Jet Fusion delivers fine, consistent nylon parts with excellent dimensional accuracy and density, well suited to functional prototypes and bridge production where surface quality and repeatability matter.
What Rapid Prototyping Is Used For
Across the Australian businesses we work with, rapid prototyping earns its place at several points in the product development cycle:
- Design validation — hold the part, check ergonomics and proportions, and catch problems a screen render hides before committing to tooling.
- Fit and assembly testing — confirm that mating parts, enclosures and fasteners actually fit together at real-world tolerances.
- Functional testing — SLS and MJF nylon parts can be loaded, flexed and tested under near-production conditions.
- Investor and stakeholder demos — a physical model communicates a product far better than a drawing in a pitch or trade show.
- Bridge production — small batches of end-use parts while injection-mould tooling is being made, so you can ship before the tool is ready.
- Patent and grant applications — a working physical prototype supports IP and funding submissions.
Frequently Asked Questions
How fast is rapid prototyping with 3Dmatic?
Standard FDM and SLA prototypes are typically dispatched within 2–3 business days. Express 24-hour service is available for urgent parts. SLS and MJF require 3–5 business days due to post-processing.
Do I need a 3D CAD file to order a prototype?
No. If you have a 2D drawing, sketch or a physical part that needs scanning, our team can create the 3D CAD model for you. CAD creation is quoted separately from printing.
Can rapid prototypes be used as end-use parts?
Yes, for many applications. SLS nylon (PA12) and MJF parts have mechanical properties close to injection-moulded nylon and are used in low-volume production runs.