
Choose a material by what you're making
Find your kind of project to see the materials usually used for it, and why. Your shop will confirm the best choice for your part.
Decor, gifts, models, and cosplay props
For example: Figurines, vases, ornaments, display pieces, costume parts
PLA
The cheapest material, it comes in almost every colour and is easy to sand and paint.
Specialty PLA
PLA with a silk, metallic, wood, or glow-in-the-dark look.
Miniatures and very detailed small pieces
For example: Tabletop gaming miniatures, busts, collectibles, jewellery models
High-detail / miniature resin
Resin printing captures the finest detail, like faces and textures.
Find shops that print in it →About High-detail / miniature resin
Standard resin
Very smooth surfaces for display models and jewellery design models.
Everyday household parts
For example: Brackets, hooks, holders, organizers, replacement parts
PLA+ / Tough PLA
A tougher PLA that's less likely to snap, at a low price.
PETG
Tougher again, and it handles water and a bit of heat.
Clips, hinges, and snap-fit parts
For example: Clips that bend into place, living hinges, latches
PETG
Bends a little without breaking.
Nylon (PA)
Made for hinges and snap-fits that flex again and again.
Things that live outdoors
For example: Garden fittings, mounts, signs, boat and RV parts
ASA
Handles sun and weather for years without fading or going brittle.
PETG
A lower-cost choice for garden and garage parts.
Car interior parts
For example: Clips, trim pieces, phone mounts, vent parts
ABS
Won't soften on a hot dashboard the way PLA can.
ASA
Like ABS, but also handles direct sun through the windows.
Car exterior parts
For example: Trim, covers, mirror and badge parts
ASA
Made for sun, rain, and heat on the outside of a vehicle.
Soft, rubbery parts
For example: Phone cases, gaskets, seals, grips, feet, straps
TPU
Soft and stretchy like rubber, and very hard to break.
Flexible resin
For small, detailed rubbery parts such as tiny seals.
Strong mechanical parts
For example: Gears, bushings, tool holders, drone and RC parts
Nylon (PA)
Tough and slippery, so it's good for gears and parts that slide or wear.
Carbon fibre-filled
Very stiff and light, for frames and parts that must not bend.
Jigs, fixtures, and workshop tools
For example: Holding jigs, alignment guides, tool holders
Glass fibre-filled
Stiff and holds its size, at a lower cost than carbon fibre.
Carbon fibre-filled
The stiffest option for precise, rigid tooling.
Parts near high heat
For example: Engine-bay parts, lighting fixtures, hot-air fittings
Polycarbonate (PC)
Strong and handles heat near lights and engines.
High-performance (PEEK, PEI / ULTEM)
For very high heat or harsh chemicals; specialist shops only.
Find shops that print in it →About High-performance (PEEK, PEI / ULTEM)
Clear or see-through parts
For example: Light covers, diffusers, display pieces
Clear resin
The clearest option once it's polished or coated.
Polycarbonate (PC)
Tough, translucent covers and guards.
Many identical parts
For example: Dozens to thousands of the same clip, housing, or bracket
Nylon PA12 (SLS / MJF)
Industrial powder printing makes strong parts in batches, at a lower cost per part.
Metal parts
For example: Jewellery, high-strength brackets, marine hardware, tools
Stainless steel
Strong and corrosion-resistant, for tools and hardware.
Brass / bronze
For jewellery, art, and decorative hardware.
Things that touch food
For example: Cookie cutters, kitchen tools, containers
3D printed plastic parts aren't reliably food-safe: tiny grooves between layers can trap bacteria. Ask your shop about food-safe materials and coatings before ordering.
Don't see your project?
Describe it to a local shop: what it's for, where it will be used, and how strong it needs to be. They'll recommend a material.