Instant 3D Printing Quote Online — Australian Made
Get an instant 3D printing quote online from JDL Innovations, an Australian FDM printing service based south of Brisbane. Upload your STL, 3MF, or STEP file and receive accurate pricing in seconds — no waiting for email replies, no account required. Our instant quoting tool calculates material cost, print time, and post-processing automatically so you know exactly what your custom 3D printed parts will cost before you order.
We print functional parts, prototypes, jigs, fixtures, enclosures, and end-use components in seven engineering-grade FDM materials including PLA, PETG, ABS, ASA, Nylon, TPU, and carbon fibre composites. Every part is printed in-house at our Jimboomba, QLD workshop and shipped Australia-wide — Brisbane, Sydney, Melbourne, Adelaide, Perth, Hobart, and everywhere in between.
How Instant 3D Printing Quoting Works
Our instant quoting tool analyses your 3D model file in the browser, calculates material volume and estimated print time, then generates an accurate price based on your selected material, layer height, infill, and quantity. The entire process takes seconds — no manual review, no waiting.
Upload Your 3D File
Drag and drop or browse to select your STL, 3MF, or STEP file. STL is the most common format for 3D printing and is exported from virtually every CAD package — Fusion 360, SolidWorks, Inventor, FreeCAD, Blender, and more. 3MF files carry additional colour and material metadata. STEP files are automatically converted for slicing. Our tool reads the model geometry instantly and displays a 3D preview so you can confirm the correct file was uploaded.
Choose Material, Infill & Layer Height
Select from seven FDM materials: PLA, PETG, ABS, ASA, Nylon, TPU, or carbon fibre composite. Then choose your infill percentage (which determines internal density and strength) and layer height (from 0.1mm for fine detail to 0.3mm for faster, more cost-effective prints). The pricing updates in real time as you adjust each parameter, so you can balance cost, strength, and surface finish to suit your application.
Get Your Price & Order Online
Review the instant quote, set your quantity, and add to cart. You can upload multiple parts in a single order. Checkout is handled securely through Stripe — pay by card or PayID. No account is required. Once your order is confirmed, we print your parts in-house and ship via tracked courier. You will receive email notifications as your order progresses.
Build Volume & FDM Printing Capabilities
Our FDM (Fused Deposition Modelling) printers deliver reliable, repeatable results for production parts and prototypes alike. FDM works by extruding thermoplastic filament layer by layer, building solid parts from the bottom up. This process supports a wide range of engineering-grade materials and produces parts that are strong, durable, and ready for real-world use.
Build Volume
340 x 320 x 340mm per printer. Suitable for most prototypes, enclosures, and functional parts. Oversized parts can be split and assembled.
Layer Heights
From 0.1mm for fine detail and smooth surfaces, through 0.2mm (standard), to 0.3mm for faster, more cost-effective production prints.
Dimensional Accuracy
±0.2mm typical tolerance. Actual accuracy depends on part geometry, print orientation, material, and layer height selected.
Technology
FDM (Fused Deposition Modelling). Layer-by-layer thermoplastic extrusion. No resin or SLA at this time.
Infill Options
Adjustable infill from 10% (lightweight) to 100% (solid). Higher infill means stronger, heavier parts at increased cost and print time.
Post-Processing
Support removal, surface cleanup, and optional annealing for improved strength and heat resistance. All included or available as add-ons.
For a complete list of machine specifications, tolerance tables, and process comparisons, visit our capabilities page.
3D Printing Materials Available
Choosing the right material is critical to the performance of your 3D printed part. We offer seven FDM materials covering applications from basic prototyping to high-strength mechanical components. Each material is selected in our instant quote tool, and pricing adjusts automatically based on material cost and print characteristics.
PLA
The most widely used 3D printing material. PLA is easy to print, produces clean surface finishes, and is ideal for prototypes, visual models, concept parts, and low-stress applications. It is biodegradable and available in a wide range of colours. PLA is not recommended for parts exposed to high temperatures or sustained mechanical loads.
Best for: Prototypes, concept models, visual presentations, display parts
PETG
A strong, versatile thermoplastic with excellent chemical resistance and good impact strength. PETG bridges the gap between PLA and ABS, offering better toughness than PLA without the warping issues of ABS. It is food-safe in its natural form and resistant to moisture, making it suitable for outdoor and chemical exposure environments.
Best for: Functional parts, chemical containers, food-contact applications, outdoor use
ABS
A proven engineering plastic known for its impact resistance and heat tolerance. ABS is widely used in the automotive and consumer electronics industries. It can be vapour smoothed with acetone for a glossy finish and is easily post-processed with sanding, painting, and gluing.
Best for: Enclosures, automotive components, impact-resistant housings, heat-exposed parts
ASA
ASA (Acrylonitrile Styrene Acrylate) is the UV-stable alternative to ABS. It offers similar mechanical properties to ABS but with significantly better resistance to sunlight, rain, and weathering. ASA is the material of choice for parts that will be installed outdoors permanently.
Best for: Outdoor parts, UV-exposed components, automotive exterior parts, signage
Nylon (PA)
A high-performance engineering thermoplastic with excellent strength, wear resistance, and fatigue life. Nylon is used for gears, bearings, hinges, snap-fit assemblies, and parts subject to repeated mechanical stress. It absorbs moisture, so parts should be stored dry or sealed after printing. Annealing Nylon parts further improves strength and dimensional stability.
Best for: Gears, bearings, hinges, mechanical components, wear-resistant parts
TPU (Flexible)
A flexible thermoplastic polyurethane that produces rubber-like parts. TPU is used for gaskets, seals, vibration dampeners, protective covers, and any application requiring elasticity. Shore hardness can vary by formulation, allowing parts from semi-rigid to fully flexible.
Best for: Gaskets, seals, vibration dampeners, flexible housings, grips
Carbon Fibre Composites
Carbon fibre reinforced filaments (typically a Nylon or PETG base with chopped carbon fibre) deliver exceptional stiffness-to-weight ratios. These composites are significantly stiffer than standard plastics while remaining lightweight. They are ideal for structural components, drone frames, and parts replacing aluminium where weight savings are critical.
Best for: Structural parts, drone frames, lightweight brackets, tooling, stiff enclosures
Not sure which material is right for your application? Upload your file and try different materials in the instant quote tool to compare pricing, or contact us for material recommendations.
What You Can 3D Print
FDM 3D printing is the right manufacturing process when you need parts quickly, in low quantities, or with complex geometries that would be difficult or prohibitively expensive to CNC machine or injection mould. Additive manufacturing builds parts layer by layer, meaning internal features, lattice structures, and organic shapes are produced with no additional tooling cost.
Rapid Prototyping
Go from CAD design to a physical part in hours, not weeks. 3D printing eliminates tooling costs entirely, allowing you to iterate on designs rapidly. Test form, fit, and aesthetics before committing to production manufacturing. Our instant quoting makes it as fast to order as it is to print.
Custom Enclosures & Housings
Print custom electronic enclosures, control boxes, sensor housings, and protective covers to exact specifications. FDM printing is ideal for one-off or small-batch enclosures where injection moulding tooling costs cannot be justified. Use ABS or ASA for heat and UV resistance.
Jigs, Fixtures & Tooling
Replace expensive machined jigs with 3D printed alternatives. Assembly aids, drill guides, positioning fixtures, weld fixtures, and go/no-go gauges can be printed on demand and replaced as designs change. Many manufacturers use FDM-printed tooling to cut weeks from production setup.
End-Use Functional Parts
With engineering-grade materials like Nylon, PETG, ASA, and carbon fibre composites, FDM printing produces parts suitable for permanent installation. Brackets, mounts, clips, spacers, bushings, and cable management parts are all commonly 3D printed for end-use applications.
Complex Geometries
Internal channels, lattice structures, undercuts, organic shapes, and topology-optimised designs that cannot be CNC machined or injection moulded are ideal candidates for 3D printing. Additive manufacturing builds parts layer by layer, removing the constraints of subtractive processes.
Concept Models & Presentation Parts
Produce physical concept models, architectural models, and presentation pieces. PLA in a range of colours gives clean finishes for visual evaluation and stakeholder presentations. 3D printed models communicate design intent far more effectively than screen renders.
What Affects 3D Printing Pricing
Our instant quoting tool calculates pricing based on several factors. Understanding these helps you optimise your designs for cost-effective 3D printing.
Material Weight
The total weight of material consumed, including the part itself and any support structures. Different materials have different per-gram costs — PLA is the most affordable, while Nylon and carbon fibre composites are at the higher end.
Print Time
Machine time is the primary cost driver. Larger parts, finer layer heights, and higher infill percentages all increase print time. A 0.3mm layer height prints roughly three times faster than 0.1mm, making it significantly cheaper for parts where surface finish is not critical.
Infill Percentage
Infill determines the internal density of your part. A 20% infill with a gyroid or grid pattern is sufficient for most applications. Increasing to 50-100% adds strength and weight but also increases material use and print time. Our quote tool lets you adjust infill and see the price change instantly.
Support Material
Overhanging features and bridges require support structures during printing. Support material is removed after printing but adds to material cost and post-processing time. Designing parts with self-supporting angles (under 45 degrees from vertical) reduces support requirements and lowers cost.
Post-Processing
Basic support removal and cleanup is standard. Optional annealing is available for parts that need improved strength, heat resistance, and dimensional stability. Annealing is particularly effective for PLA and Nylon parts and is selected as an option in the quote tool.
Minimum order value for 3D printing is $25 AUD. There is no minimum quantity — order one part or one hundred.
3D Printing vs CNC Machining — When to Choose Each
Both 3D printing and CNC machining produce custom parts from a CAD file, but they suit different applications. Understanding the strengths of each process helps you choose the right one and save money.
| Factor | FDM 3D Printing | CNC Machining |
|---|---|---|
| Materials | Thermoplastics (PLA, PETG, ABS, ASA, Nylon, TPU, CF) | Metals and plastics (aluminium, steel, brass, Delrin) |
| Tolerance | ±0.2mm typical | ±0.05mm standard, ±0.0125mm precision |
| Complex geometry | Excellent — internal channels, lattices, organic shapes | Limited by tool access — no internal voids |
| Best quantity | 1 to 50 parts (no tooling cost) | 1 to 1000+ parts |
| Surface finish | Visible layer lines (can be sanded/smoothed) | Smooth machined finish |
| Strength | Good with engineering materials; anisotropic (layer dependent) | Excellent — full material properties retained |
| Lead time | 3-5 business days standard | 3-7 business days standard |
Choose 3D printing for rapid prototyping, complex geometries, low-quantity plastic parts, and applications where design freedom matters more than surface finish or ultra-tight tolerances.
Choose CNC machining for metal parts, tight-tolerance components, high surface finish requirements, and higher production volumes where per-part cost matters.
For a more detailed comparison, read our guide: CNC machining vs 3D printing — when to use each. Need a CNC machining quote instead? Get an instant CNC quote here.
Ready to Get Your Instant 3D Printing Quote?
Upload your STL, 3MF, or STEP file and get pricing in seconds. Choose your material, adjust infill and layer height, and order online. No account needed.
Get Instant Quote Now3D Printing Quote — Frequently Asked Questions
What file formats do you accept for 3D printing quotes?
We accept STL, 3MF, and STEP files for instant 3D printing quotes. STL is the most common format exported from CAD software such as Fusion 360, SolidWorks, and FreeCAD. 3MF supports colour and material metadata. STEP files are automatically converted for slicing. Simply upload any of these formats to our instant quote tool and receive pricing in seconds.
What's the maximum 3D print size?
Our FDM 3D printers have a build volume of 340 x 320 x 340mm. This accommodates most prototypes, enclosures, and functional parts. If your part exceeds these dimensions, it can often be split into sections and assembled. Contact us to discuss the best approach for oversized parts.
What 3D printing materials do you offer?
We offer PLA, PETG, ABS, ASA, Nylon (PA), TPU (flexible), and carbon fibre reinforced composites. PLA is ideal for prototypes and visual models. PETG and ASA suit functional and outdoor parts. ABS offers impact and heat resistance. Nylon provides high strength and wear resistance for mechanical components. TPU is used for flexible parts, gaskets, and vibration dampeners. Carbon fibre composites deliver maximum stiffness at low weight.
How accurate is FDM 3D printing?
FDM 3D printing achieves a typical dimensional accuracy of plus or minus 0.2mm. Actual tolerance depends on part geometry, print orientation, layer height, and the material chosen. We offer layer heights from 0.1mm (fine detail) to 0.3mm (faster prints). For parts requiring tighter tolerances than FDM can provide, CNC machining is the recommended alternative.
Can you 3D print functional end-use parts?
Yes. FDM 3D printing with engineering-grade materials like PETG, ASA, Nylon, and carbon fibre composites produces parts suitable for real-world functional use. We print jigs, fixtures, tooling, enclosures, brackets, and end-use components used in manufacturing, automotive, and industrial applications. For parts subject to high loads or temperatures, we also offer optional annealing as a post-processing step to increase strength.
What's the minimum order for 3D printing?
There is no minimum order quantity. You can order a single 3D printed part. Our minimum order value is $25 for 3D printing jobs. This applies whether you are ordering one prototype or a batch of identical parts.
How long does 3D printing take?
Print time depends on part size, layer height, infill percentage, and complexity. Small parts may print in a few hours, while larger parts can take 12 to 48 hours. Our standard turnaround is 3 to 5 business days including printing and post-processing. Express turnaround is available on request. You will receive a tracking number once your order ships.
Do you offer resin or SLA printing?
Not currently. We specialise in FDM (Fused Deposition Modelling) 3D printing, which is best suited for functional parts, prototypes, and engineering applications. FDM produces strong, durable parts in a wide range of engineering-grade thermoplastics. If your project specifically requires resin or SLA printing for ultra-fine detail or smooth surface finish, we can recommend alternative providers.
Can you anneal 3D printed parts?
Yes. We offer annealing as a post-processing option for 3D printed parts. Annealing involves heating the printed part in a controlled oven to relieve internal stresses and increase crystallinity, which improves strength, heat resistance, and dimensional stability. This is particularly effective for PLA and Nylon parts. Annealing is available as an option in our instant quote tool.
Do you ship 3D printed parts Australia-wide?
Yes. We ship 3D printed parts to all Australian states and territories. Orders are dispatched from our workshop in Jimboomba, QLD (south of Brisbane) via tracked courier services. Shipping quotes are calculated at checkout based on parcel size and destination. Most orders within South East Queensland arrive in 1 to 2 business days, with the rest of Australia typically 2 to 5 business days.
Get Your Custom 3D Printing Quote in Seconds
Upload your STL, 3MF, or STEP file and receive instant pricing for FDM 3D printing. Seven materials available. No account required, no obligation. All parts printed in-house in Jimboomba, QLD and shipped Australia-wide with tracked courier.
Serving Brisbane, Gold Coast, Logan, Ipswich, Toowoomba, Sunshine Coast, and all of Australia. From one prototype to a full production run.
Quick Info
- Instant online pricing
- No account required
- STL, 3MF & STEP accepted
- 7 FDM materials available
- 340 x 320 x 340mm build volume
- ±0.2mm typical accuracy
- 0.1mm to 0.3mm layer heights
- Annealing available
- $25 minimum order
- Australia-wide shipping
- 3-5 business day turnaround
Get Your Quote
Upload your 3D file and receive instant FDM printing pricing. No waiting, no obligation.
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Not sure if 3D printing is the right process for your part? Need advice on material selection or design for additive manufacturing? Get in touch and our team will recommend the best approach.