Metal 3D Printing Service Australia
Skip the tooling. Skip the six-week wait. Metal 3D printing in titanium, stainless steel or aluminium, one part or a full run, quoted online and shipped Australia-wide. Upload your file, get your price today.
No minimum order quantity · Free DFM & material guidance · Confidential · Ships Australia-wide.
Quantix 3D Printing: Australian Metal Printing Hub
Quantix 3D Printing delivers the custom metal 3D printing Australia engineers turn to when a part has to be strong, precise, and built fast. Prototypes, replacement parts, jigs and fixtures, full production runs: titanium, stainless steel, aluminium and more, built with SLM and DMLS, from small precision components to large structural builds. Quoted online. Shipped anywhere in the country. No minimum batch, free design review on every file.
What Is Metal 3D Printing?
Metal 3D printing, or metal additive manufacturing, builds solid metal parts layer by layer directly from a 3D CAD file, using a high-powered laser to fuse fine metal powder into shape. Unlike CNC machining, which cuts a part out of a solid block, or casting, which needs a mould, metal 3D printing adds material only where the design needs it. That makes it possible to produce internal channels, lattice structures, and consolidated assemblies that traditional metalworking can't achieve in one piece, and to go from CAD file to finished metal part without tooling costs or long lead times.
As a metal 3D printing company Australia engineers and procurement teams turn to, Quantix 3D Printing produces metal parts using two laser powder-bed processes, SLM and DMLS, matched to your material and part requirements. See how SLM and DMLS differ →
Why Quantix 3D Printing for metal
What Makes Our Metal 3D Printing Different
Most Australian metal print shops run one process and push every job through it regardless of fit. As a trusted name in industrial metal 3D printing Australia, we run both, so the process gets matched to the part rather than the part getting forced onto whatever machine is free.
SLM and DMLS side by side: dense structural builds and fine, complex geometries both covered, matched to the alloy and the application rather than to what's on the floor that week.
Small parts through to large-format builds: from fine, detail-critical components up to large structural parts in a single build, so scale alone won't rule a job out.
16 metal alloys: from workhorse industrial metals (titanium, stainless steel, aluminium, nickel alloys, tool steel, cobalt chrome) through to brass, bronze, copper, silver, platinum and gold for precision or decorative work.
A manufacturability check before anything prints: wall thickness, support requirements and tolerance risk get flagged by an engineer, not caught after the fact.
Parts manufacturing and parts replacement, same process: a single obsolete or discontinued spare, a short pilot run, or a full production batch, all quoted and handled the same way, with no minimum order quantity.
5–6 working days: on most metal jobs, depending on part complexity, alloy and machine availability.
National, not city-bound: quoted and shipped to every state and territory with the same process and material access, regardless of where you're based.
Private by default: files and project details stay confidential, and orders run on standard purchase-order terms with no lock-in contract.
SLM and DMLS: Our Metal 3D Printing Technologies
Both SLM and DMLS are laser powder-bed processes: a laser traces your part's cross-section into a bed of fine metal powder, one layer at a time, until the full part is built. The difference is what the laser does to the powder.
SLM (Selective Laser Melting)
SLM fully melts the metal powder into a continuous, dense structure, producing parts with mechanical properties close to wrought metal. It's the process behind our larger-format metal builds and materials like stainless steel 420 and aluminium AlSi10Mg.
DMLS (Direct Metal Laser Sintering)
DMLS sinters, rather than fully melts, the metal powder, fusing particles together at a molecular level. It's typically used for alloys such as titanium, stainless steel 316L, nickel alloys and cobalt chrome, and suits complex, detail-critical geometries.
SLM vs DMLS: Which Process Suits Your Application?
| SLM | DMLS | |
|---|---|---|
| Process | Fully melts the metal powder | Sinters (partially fuses) the metal powder |
| Typical materials | Stainless steel 420, aluminium AlSi10Mg | Titanium, stainless steel 316L, nickel alloys, cobalt chrome |
| Best suited to | Larger, denser structural parts | Complex, detail-critical, thin-wall geometries |
| Result | Near-wrought mechanical strength | Fine detail with strong, functional parts |
Process selection
Not sure which process your part needs? Our team will recommend the right process and material for your application, and every quote includes free design assistance and a free parts review.
Metal 3D Printing Materials We Work With
(Figures below are indicative process/material specs and should be confirmed against Quantix 3D Printing 3D Printing's own equipment data; see Implementation Notes.)
| Material | Process | Typical Use | Max Build Size | Tolerance |
|---|---|---|---|---|
| Stainless Steel 420 | SLM | General industrial, structural parts | 760 × 390 × 390mm | ±0.2mm/100mm |
| Aluminium (AlSi10Mg) | SLM | Lightweighting: aerospace & automotive | 270 × 220 × 320mm | ±0.2mm/100mm |
| Stainless Steel 316L | DMLS | Corrosion-resistant industrial parts | 220 × 220 × 250mm | ±0.2mm/100mm |
| Titanium | DMLS | Aerospace & defence, high strength-to-weight | 220 × 220 × 250mm | ±0.2mm/100mm |
| MS1 Steel (Maraging) | DMLS | High-strength tooling & structural parts | 220 × 220 × 250mm | ±0.2mm/100mm |
| Nickel Alloy IN625 / IN718 | DMLS | High-heat, corrosion-resistant components | 220 × 220 × 250mm | ±0.2mm/100mm |
| Cobalt Chrome | DMLS | High-wear, high-strength precision parts | 220 × 220 × 250mm | ±0.2mm/100mm |
| Brass, Bronze, Copper, Silver, Platinum, Gold | SLM | Precision, decorative & bespoke components | Up to 89 × 89 × 100mm | ±0.2mm/100mm |
This is the metal-specific slice of our full range; see all 45+ 3D printing materials → for the complete plastic, resin and metal catalogue.
Fitting Your Part to the Right Metal Process
Envelope and tolerance vary by alloy and process: the table above breaks that down material by material. A few things hold across the board regardless of size:
Small to large: from detail-critical brackets to large-format structural builds, covered under the one process range.
CAD formats: STL, STEP or IGES; most other native formats convertible on request.
Tolerance checked for you: dimensional review is built into the manufacturability check, so you don't need to specify it yourself.
Post-processing on request: machining, polishing or heat treatment, where the part or application calls for it.
Not sure whether your design sits inside a given process's envelope? Send us the file → and we'll confirm it before you commit to anything.
Metal 3D Printing Across Australian Industry
Metal 3D printing suits applications where strength-to-weight, corrosion resistance, or complex geometry matter more than tooling cost. A few examples of where it gets used:
Aerospace & Defence: lightweight structural brackets, housings and internal-channel components in titanium and nickel alloys, where strength-to-weight ratio outweighs the cost of machining.
Automotive & Motorsport: lightweight aluminium components, custom brackets and low-volume performance parts that don't justify tooling up for a short production run.
Mining & Resources: replacement parts for legacy or obsolete equipment, wear-resistant tooling, and one-off components produced faster than sourcing through a traditional supply chain.
Engineering & Manufacturing: jigs, fixtures, functional prototypes and structural parts with geometries that casting or machining can't produce in one piece.
Robotics & Electronics: precision brackets, housings and lightweight structural components for prototypes and low-volume assemblies.
Whatever your industry, our metal 3D printing service adapts to your material, tolerance and volume requirements, from a single replacement part to full production runs.
What Drives Metal 3D Printing Cost in Australia
Metal is a premium process, and it was never going to be otherwise: you're fusing fine metal powder with a laser, not injection-moulding pellets. But metal 3D printing cost Australia isn't one number. Titanium sits well above stainless steel or aluminium before the machine's even started. Bigger parts burn more powder and more machine time. Heavy support structures, machining, heat treatment: each one adds to the total. Order more and the per-part cost drops, no minimum required to get there. There's no published rate card for metal 3D printing in Australia, because none of this holds still long enough to print one. Send your file for an online metal 3D printing quote and get a number that's actually yours.
From CAD File to Finished Metal Part
A simple, engineer-reviewed path from your design file to a functional metal part shipped anywhere in Australia.
- 1
Send your file
upload your CAD file and get pricing back without booking a call first.
- 2
We check it prints well
an engineer reviews the geometry, flags anything that risks tolerance in metal, and confirms whether SLM or DMLS is the right fit.
- 3
Your part gets built
in the alloy and process locked in at quote stage.
- 4
It ships
quality-checked and sent anywhere in Australia.
Metal quote request
Request a Free Metal 3D Printing Quote
Tell us the alloy and process you're considering and we'll come back with a free quote, a free material recommendation, and free design-for-manufacture feedback. No minimum order quantity, no lock-in contract, strictly confidential.
- 16 metal alloys across SLM and DMLS
- Not sure which process? Choose “Recommend a process” and we'll advise
- Shipped anywhere in Australia
Metal 3D Printing: Frequently Asked Questions
What is metal 3D printing?
Metal 3D printing (metal additive manufacturing) builds a solid metal part straight from a CAD file, laser-fusing metal powder layer by layer instead of cutting the part from a block or casting it in a mould.
What's the difference between SLM and DMLS?
SLM fully melts the powder into a continuous, near-wrought-strength structure. DMLS sinters rather than fully melts it, which suits alloys like titanium and stainless steel 316L and tends to hold fine detail on complex geometries better.
What metals can you print?
Sixteen alloys across SLM and DMLS: stainless steel (420, 316L), aluminium AlSi10Mg, titanium, MS1 maraging steel, nickel alloys IN625/IN718, cobalt chrome, plus brass, bronze, copper, silver, platinum and gold for precision or decorative work.
Will a metal 3D printed part actually hold up under load?
Yes. SLM and DMLS both produce dense, functional metal, not a hollow or brittle shell. That's why the same processes turn up in aerospace, defence, automotive and industrial engineering parts that see genuine mechanical load.
What's the biggest or smallest part you can print in metal?
Up to 760 × 390 × 390mm on SLM; DMLS envelopes run smaller and suit finer, more detailed parts. If you're near either edge, send us your file and we'll confirm it fits before you commit to anything.
How much does it cost?
It depends on alloy, size, geometry and quantity; titanium costs noticeably more than stainless or aluminium, for instance. See the pricing section above for what actually moves the number, or upload your file for an exact figure.
How long does a metal job take?
Most metal 3D printing jobs ship in 5–6 working days, though complex geometries or less common alloys can push that out; we'll confirm timing at quote stage.
Do you print and ship outside your home state?
Yes. This runs as a national service, not a single-city operation. Quoting and shipping work the same way no matter where in Australia you're based.
Is there a metal 3D printing service near me?
Quantix 3D Printing runs as an online, Australia-wide service rather than a single local shopfront, so instead of searching for metal 3D printing near me, you can send your file and have parts shipped to you anywhere in the country, often faster than sourcing locally.
Is there a minimum order?
No. A one-off prototype and a full production batch get quoted and handled the same way, and neither locks you into a contract.
Which industries send you metal work most?
Mostly aerospace & defence, automotive & motorsport, mining & resources, engineering & manufacturing, and robotics & electronics: anywhere strength-to-weight or complex geometry matters more than tooling cost.
Can you 3D print replacement or spare parts in metal?
Yes. Reproducing an obsolete, discontinued or hard-to-source metal part from a CAD file or a scan is one of the more common jobs we run, often faster than sourcing an original through a traditional supply chain.
Do you handle both small and large metal parts?
Yes. Build sizes span small, detail-critical components through to large-format structural parts up to 760 × 390 × 390mm on SLM, so size alone won't rule a job out; send your file and we'll confirm it fits.
Do you keep our files and project details private?
Yes. Everything you send us is treated as confidential, full stop.
How do I actually get a quote?
Upload your CAD file through the online form. No account, no phone call. Our team follows up directly if there's anything worth flagging about your design first.
Ready to Quote a Metal Part?
Small precision components or large structural builds, a one-off replacement part or a full production run: Quantix 3D Printing is Australia's trusted, local manufacturing partner for metal 3D printing. Upload your file, see pricing before you talk to anyone, and we'll match the job to SLM or DMLS, whichever it actually needs. Quoted online, shipped nationwide, no minimum batch, nothing locked in.