Nylon 3D Printing Service Australia
Nylon 3D Printing Services
Tough, wear-resistant nylon 3D printing for gears, clips, living hinges and hard-working moving parts, high fatigue life and low friction, with instant online quotes Australia-wide.
Tough, Wear-Resistant Moving Parts
Nylon (polyamide, PA/CoPA) is the engineer's choice for durable, low-friction parts that move, flex and wear. It combines high impact and fatigue resistance with a naturally slippery surface, perfect for gears, clips and living hinges.
At Solidium3D we print nylon for functional components that need to survive repeated use. Upload your STL for an instant quote and we will help you choose the right grade for your load and environment.
Why Choose Nylon
Strength, flexibility and wear resistance in one engineering material.
Wear Resistant
Low friction and high abrasion resistance for moving parts.
Tough & Fatigue-Proof
Survives repeated flexing without cracking.
Impact Resistant
Absorbs shock and knocks in demanding service.
Chemical Resistant
Stands up to oils, fuels and many solvents.
Living Hinges
Flexes thousands of times without failing.
Lightweight
Strong yet light for weight-sensitive parts.
Nylon for Gears & Mechanisms
Nylon excels at gears, cams, bushings, clips and living hinges, parts where low friction and fatigue resistance matter more than rigidity.
Its self-lubricating surface reduces wear on mating parts, while its toughness handles impact and vibration. For higher stiffness, ask about carbon-fibre reinforced nylon.
Nylon Properties
Indicative properties, share your requirements and we will confirm what is achievable.
| Strength | Very high, tough and impact resistant |
|---|---|
| Wear/friction | Excellent, naturally low friction |
| Flexibility | Good, ideal for living hinges |
| Chemical resistance | Resists oils, fuels and many solvents |
| Considerations | Absorbs moisture, dried before printing |
| Best for | Gears, clips, hinges, wear parts |
What Nylon Is Best For
Gears & Cams
Low-friction drivetrain and mechanism parts.
Living Hinges
Flexible hinges that survive repeated cycles.
Clips & Fasteners
Snap-fits that bend without breaking.
Bushings & Bearings
Wear surfaces for moving assemblies.
Tooling & Jigs
Durable manufacturing aids under load.
Wear Parts
Components exposed to abrasion and fatigue.
How It Works
From CAD file to hard-wearing nylon parts in four simple steps.
Upload STL, OBJ, STEP or STP files for an instant, geometry-based nylon price.
Select nylon (or carbon-fibre nylon), set infill and quantity with live pricing.
We dry the material and print with settings tuned for maximum layer strength.
Every part is inspected, packed and dispatched Australia-wide within 2 to 5 business days.
Design Tips for Nylon Mechanisms
Nylon's flexibility is a feature: design with it, not against it. For living hinges, keep the hinge web around 0.3 to 0.5 mm thick and radius the roots generously; a well-designed nylon hinge survives tens of thousands of cycles.
For gears and cams, a 20 to 30 percent infill with three or four perimeter walls gives an excellent balance of tooth strength and part weight. Nylon's low friction means gear trains often run quietly without lubrication, though a dab of PTFE grease extends life further.
Snap-fits deserve nylon more than any other material. Give cantilever clips a length-to-thickness ratio of 5:1 or more and they will click positively for the life of the product. Tell us which features flex in service and we will orient the print so layers run along the bend, not across it.
Finishing & Post-Processing
Nylon parts arrive ready to work; finishing options refine them further.
Support Removal
Careful clean-up of support-contact surfaces.
Hole Sizing
Drilling and reaming for bearing seats and precise bores.
Threaded Inserts
Heat-set inserts seat strongly in nylon bosses.
Dye Colouring
Natural nylon takes dye well for uniform colour.
Industries That Choose Nylon
Wherever parts move, flex or wear, nylon earns its keep.
Robotics & Automation
Gears, grippers and wear pads in motion systems.
Industrial Machinery
Bushings, guides and sacrificial wear parts.
Consumer Products
Clips, hinges and mechanisms that must not snap.
Automotive
Fuel-and-oil-tolerant clips, guides and fasteners.
Sports Equipment
Impact-tolerant, fatigue-resistant components.
Product Development
Prototypes of moving assemblies that really move.
What to Send Us
- 3D file: STL preferred; STEP, STP and OBJ accepted.
- Units & scale: millimetres, at real-world size.
- Moving features: tell us which features flex so we orient layers correctly.
- Mating parts: note bearing seats and gear meshes needing precision.
- Environment: oils and fuels are fine; flag constant water immersion.
- Quantity: batch pricing applies automatically in the quote tool.
Nylon 3D Printing FAQs
What makes nylon good for functional parts?
Nylon combines toughness, low friction and excellent fatigue resistance, so it is ideal for gears, clips and living hinges that move or flex in service.
Is nylon stronger than PETG or ABS?
Nylon generally offers higher toughness, wear resistance and fatigue life, which makes it the go-to for moving parts, though it needs careful drying and printing.
Can you print carbon-fibre nylon?
Yes. We also offer carbon-fibre reinforced nylon (PA12-CF) for lightweight, stiff, dimensionally stable structural parts.
Does nylon absorb water?
Nylon is hygroscopic, so we dry the filament before printing to ensure strong, consistent parts.
How long do nylon living hinges last?
A properly designed nylon living hinge, with the web around 0.3 to 0.5 mm and layers oriented along the bend, survives tens of thousands of open-close cycles.
Do nylon gears need lubrication?
Often not: nylon is self-lubricating and runs quietly against metal or plastic. A little PTFE grease further extends life in high-duty gear trains.
Is printed nylon safe around oils and fuels?
Yes. Nylon resists oils, greases, fuels and many solvents, which is why it is a staple in automotive clips and under-bonnet components.
How much does nylon printing cost?
More than PETG or ABS, reflecting the engineering-grade polymer and drying workflow. Upload your STL for an exact instant price.
Ready to print in nylon?
Upload your STL and get an instant nylon quote in seconds.
Get an Instant Nylon QuoteOther materials: PETG · ABS · ASA · Carbon-Fibre Nylon · Polycarbonate · TPU (Flexible) · PLA+ · FDM 3D Printing · Get an Instant Quote