PLA + CF means PLA (Polylactic Acid) reinforced with Carbon Fiber.

In simple terms: it’s regular PLA mixed with tiny carbon fibers to make it stiffer, stronger, and lighter.

As soon as practically possible - we will provide you with an estimated time of completion and delivery, ensuring you are kept informed and up-to date. Depending on how many jobs our printers our processing, the estimated time to delivery completion may vary between 1-3 days, and up to 5-8 days during busy periods.

Advanced 3D printing means going beyond basic plastics like PLA to use special materials and techniques for stronger, flexible, or more detailed prints. Send us a message or enquiry for projects you wish to take to the next level.

PLA is the easiest to print with — low warping, affordable, and great for everyday models.

PLA is easy and eco-friendly, PETG is tougher and more durable, and ABS is impact-resistant but trickier to print.

We ship within 1–2 days in Brisbane and 2–3 days Australia-wide after your print is complete.

You’ll receive an update with photos once printing progress is at 100% completion and a tracking number when it’s shipped.

We deliver our 3D prints anywhere in Australia, and that includes rural areas too. We primarily work with Australia Post, and where possible liaise with other delivery agents if a quicker delivery is available.

3D printing costs in Australia vary depending on material, part size, complexity, and print time. Simple parts can be relatively affordable, while advanced materials and engineering-grade prints cost more.

Commonly accepted file formats include STL, STEP, and OBJ. Other CAD formats may be supported upon request.

Cost is influenced by material choice, print time, part size, infill, surface finish, and any post-processing required. Design complexity and tolerance requirements can also impact pricing.

Turnaround time depends on part complexity, material, and order volume. Most jobs are completed within a few days, with express options available when required.

Carbon fibre reinforced prints offer excellent strength-to-weight ratios and corrosion resistance compared to aluminium. While not a direct replacement in all cases, they are ideal for lightweight structural applications.

Yes, carbon fibre 3D printing is commonly used for automotive and aerospace components such as brackets, housings, and fixtures. It is well suited for lightweight, high-strength applications.

Carbon fibre reinforced parts are significantly stronger and stiffer than standard plastic prints. They are suitable for demanding mechanical and structural applications.

A range of carbon fibre reinforced materials may be available, including Nylon CF and PETG CF. Material selection depends on strength, temperature resistance, and application requirements.

Yes, existing parts can be reverse-engineered to create a printable 3D model. This is commonly used for replacement parts or design improvements.