What's the best material for 3D printed car parts?

ABS or PC-ABS for most interior components, ASA if the part sits somewhere that gets direct sun through the windscreen, and nylon or SLS for anything near real engine heat.

How much does a 3D printed car part cost?

Most small parts, like clips, brackets or trim pieces, start from a few hundred dollars including design work. Simple parts printed from a file you already have can cost less. We quote every job individually because size, material and finish all affect price.

Can you 3D print engine bay parts?

Yes, for non structural components like sensor mounts, ducting and covers, using heat resistant materials such as nylon or SLS. Load bearing or high pressure components are not suitable for 3D printing.

Do I need the original part, or can you work from photos?

Having the original, even damaged, gives the most accurate result because we can scan it directly. Without it, we can work from photos, measurements and the vehicle's make and model, though this takes a little more back and forth to get right.

How fast can you turn around an automotive part?

Most quotes come back within 4 working hours. Simple parts can be printed and shipped within a few days. Scanning and reverse engineering a more complex part typically adds 2 to 5 business days.

Do you work with motorsport and race teams?

Yes. We understand that a race weekend doesn't wait, and we prioritise fast turnaround jobs where timing genuinely matters.

RESTORATION PARTSMOTORSPORT PROTOTYPESCUSTOM BRACKETSREVERSE ENGINEERED SPARES

3D Printing for the Automotive Industry in Australia

Looking for a 3D printer for car parts, or a supplier who already has one? Forge Labs makes custom car parts 3D printed to order, right here in Australia. If a part is broken, discontinued, or something that simply doesn't exist yet, we can scan it, model it and print it in a material built to survive an Australian summer. From one off classic car parts restoration Australia wide, to short run production for aftermarket brands, our Sydney workshop handles the whole job under one roof.

Get an Instant Quote Call +61 416 945 444

Typical projects start from $500. Most quotes come back within 4 working hours. Upload CAD, STEP, STL files or send a photo of the part.

3D Printing for the Automotive Industry in Australia

Manufactured in

Sydney, Australia · Quality-checked on every job

Quick answer

Yes, 3D printing car parts in Australia works well, and it's often the fastest option available. Automotive 3D printing in Australia is best suited to non structural parts like trims, brackets, housings, clips and mounts, especially when the original part is discontinued or too expensive to source. Load bearing or safety critical parts like brakes, steering and suspension still need traditional manufacturing and engineering sign off.

8+ Years

Manufacturing experience across 3D printing, CNC and injection moulding

Sydney Based

Every job is run by a local engineer, not an overseas call centre

20+ Materials

Heat resistant, UV stable and impact resistant options for Australian conditions

4 Hours

Typical quote turnaround on uploaded files

Why Australian car owners and businesses are turning to 3D printing

Finding a part for an older vehicle in Australia is harder than it should be. Manufacturers stop stocking parts after a few years. Importing from overseas takes weeks and costs a fortune in freight. And a lot of the time, the part you need was never sold here in the first place.

This is exactly the gap that automotive 3D printing in Australia fills. Instead of waiting on a supplier who may not even exist anymore, we build the part from scratch, either from a CAD file you already have or from the broken part itself. No tooling, no minimum order, no overseas shipping. This is what makes replacement car parts 3D printing such a practical option for anyone stuck without a source.

This isn't just for restorers, either. Workshops, 4WD fit out shops, motorsport teams and aftermarket car parts 3D printing brands all use the same process to solve the same problem. They need a part fast, and it doesn't exist anywhere else.

Our Workflow

From broken part to new part, reverse engineering car parts that no longer exist

This is where Forge Labs works differently to most 3D printing suppliers. Because we run 3D scanning and 3D printing under one roof, we don't need you to already have a CAD file. We can start from the broken part itself, which is what proper reverse engineering car parts work actually looks like in practice, not just a guess based on photos.

You send us the part

Even if it's cracked, worn or missing a piece, that's fine. Post it to our Sydney workshop or drop it in.

We scan it

Our scanners capture the part to within 0.02 mm, including the geometry that's worn away or broken off.

We rebuild it in CAD

Our engineers turn the scan into a clean, editable model, correcting for wear and damage rather than just copying it.

We print or machine it

Depending on the part, we'll recommend 3D printing, CNC machining or, for higher volumes, injection moulding.

Most suppliers can only do the last step. We can do all four, which means you're not stuck hunting for a CAD file before we can even start.

Materials

Materials that actually hold up in Australian conditions

A lot of guides talk about the best material for 3D printed car parts without mentioning what actually matters on an Australian vehicle, heat, UV and vibration. Here's a straightforward breakdown.

ASA

UV stable

For parts that sit in direct sun or near the engine bay, ASA resists UV far better than standard plastics and won't turn yellow and brittle after a summer on the dash.

ABS and PC-ABS

Interior grade

For interior trims, clips and housings, these give a good balance of toughness and a clean finish, and they're easy to paint or texturise to match the original part.

Nylon

Flex and vibration resistant

For brackets, mounts and anything that needs to flex without cracking, nylon and glass filled nylon hold up well under vibration and repeated stress.

TPU

Soft touch

For grips, seals and gaskets, TPU gives you the rubber like flexibility those parts need.

SLS and metal

Heat resistant

For engine bay parts exposed to real heat, we move up to SLS or metal 3D printing, options most consumer level guides don't mention because they're written around desktop filament printers, not industrial equipment.

We'll always recommend the material based on where the part sits on the car and what it needs to survive, not just what's cheapest to print.

From rapid prototyping to full production

Not every job stays a one off. If a bracket, housing or accessory turns out to be something you want to sell or fit across a whole fleet, we can scale it up without you needing to find a new supplier.

Start with automotive rapid prototyping to test fit and function on the actual vehicle. This is the same process we use across all our rapid prototyping work, just applied to automotive parts specifically.

Move to CNC machining once you need tighter tolerances or a stronger material for a small batch. If you're weighing up 3D printing against CNC for a project, our guide on 3D printing vs CNC machining breaks down the real cost and accuracy differences.

Move to injection moulding once volume justifies tooling, typically from a few hundred units upward. Choosing between 3D printing and injection moulding for automotive parts comes down to volume, 3D printing wins for one off and low volume work, injection moulding takes over once you're producing the same part by the hundreds or thousands.

This matters because most 3D printing suppliers can only take you to step one. We can take a part from a rough idea all the way to a production run, under one point of contact.

Industries we serve

Who we make automotive parts for

Restoration workshops and classic car owners

Interior clips, badges, switch surrounds, dashboard components and trim pieces for Holdens, Fords and imported classics that manufacturers stopped supporting years ago. This is the heart of classic car parts restoration Australia wide, and it's one of the areas where 3D printing genuinely outperforms trying to source an original part.

4WD and off road builders

Custom brackets, mounting plates and storage solutions for accessories that don't exist as an off the shelf part.

Motorsport and performance teams

3D printing for motorsport in Australia comes down to speed. Fast turnaround brackets, ducting, sensor mounts and fitment prototypes, made and delivered quickly enough to matter on a race weekend.

Aftermarket brands and small manufacturers

Short run production of accessories and components, with a clear path to injection moulding once the product proves itself.

Is it legal to 3D print car parts in Australia

Yes, with some limits worth understanding before you start. Australian Design Rules cover vehicle safety, and any part that affects steering, braking, suspension or occupant protection needs proper engineering assessment, not a 3D printed replacement without sign off.

Where 3D printing genuinely shines is in non structural parts, interior trims, dash components, brackets, housings, badges, ducting and covers. These make up the vast majority of what actually needs replacing on an older or modified vehicle, and they carry none of the same risk.

If your project sits closer to the safety critical end, tell us upfront. We'll be straight with you about what we can produce directly and where you'll need an engineer's certification alongside it, rather than staying quiet and letting you find out the hard way.

FAQ

Frequently asked questions

Yes. If you have the original part, even broken, we can scan it and rebuild it in CAD, then print or machine a replacement. This is how most replacement car parts 3D printing jobs start. If you don't have the part at all, we can often model one from photos and measurements.

Ready to bring a part back to life

Send us a photo of the part, or upload a CAD file if you already have one. Most quotes come back within 4 working hours.