How much does 3D printing cost in 2026?
The honest answer is "between $8 and $500", which is useless until you know what moves the number. This is the breakdown a quote is typically built from, so you can sanity-check a quote before you accept it — or before you post.
The formula every maker uses
A 3D printing quote is three things added together:
- Setup. File check, slicing, plate prep. Usually $5–15 folded into a per-part minimum.
- Material and machine time. Priced per cubic centimeter of plastic or resin actually used. This is where the material choice bites.
- Labor after the print. Support removal, sanding, priming, painting, inserts. Zero for a raw print; a lot for a display piece.
Then a multiplier for deadline (rush jobs run about +50%) and a discount for quantity (about 10% off at five parts, 20% at ten).
Per-cm³ rates by material
These are rough estimates before shipping, not quotes:
| Material | USD per cm³ | Minimum per part |
|---|---|---|
| PLA | $0.18–0.40 | $4–8 |
| PETG | $0.20–0.45 | $4–9 |
| ABS / ASA | $0.22–0.50 | $5–10 |
| Nylon / carbon fiber (FDM) | $0.50–1.10 | $8–16 |
| Standard resin | $0.45–1.00 | $7–14 |
| SLS nylon (PA12) | $0.90–2.00 | $15–30 |
The spread inside each row is real. A maker running a farm of well-tuned printers in a low-cost city prices at the bottom. A one-person shop with a single machine and a queue prices at the top. That's why one post that brings in several bids beats calling shops one at a time.
Six example parts
| Part | Material | Price |
|---|---|---|
| Phone stand, 40 cm³ | PLA | $8–18 |
| Functional bracket, 30 cm³ | PETG | $8–16 |
| Electronics enclosure, 120 cm³ | PETG | $26–55 |
| 28 mm miniatures ×10, 4 cm³ each | Resin | $30–60 |
| Prototype housing, 250 cm³ | SLS nylon | $220–480 |
| 20 spare parts, 15 cm³ each | PLA | $42–95 |
Notice the enclosure: four times the volume of the bracket, roughly three and a half times the price. Volume is close to linear once you're past the minimum.
What actually moves the price
Volume, not size. A 150 mm tall figure printed hollow with 10% infill can use less plastic than a solid 60 mm cube. Your slicer will tell you the filament or resin volume; that number is what the maker is pricing. If you don't have a slicer, say the rough dimensions and whether the part can be hollow.
Material. PLA is the floor. Going to PETG adds about 10–15%. Nylon or carbon fiber roughly triples the per-cm³ rate, and SLS is a different process entirely: no supports, isotropic strength, and a price to match.
Walls and infill. A part that has to carry load gets four walls and 40% infill instead of two walls and 15%. That's more material and more hours. Tell the maker what the part does and let them pick — you'll usually pay less than if you guess.
Post-processing. A raw PETG bracket is a raw PETG bracket. The same bracket sanded, primed and painted matte black is two hours of someone's time on top, and that's where a $12 part becomes a $45 part. Ask for raw unless you genuinely need the finish.
Deadline. Standard turnaround is 5–10 days including the queue. Asking for 48–72 hours means the maker bumps someone else, and they charge for that: around 50% on top.
What doesn't move the price much
Color, within reason. Most makers stock a dozen filament colors and charge nothing extra. An exact Pantone match, or a specialty filament like wood-fill or glow, is a different story — ask.
Quantity from one to three. The setup is the same and the discount hasn't kicked in yet. If you're going to need five, order five.
How to get a tight quote
Makers bid low when they can see exactly what the job is and high when they have to guess. So: upload the STL, give the units, state the material or the use case, say raw or finished, and give a real budget range. Everything else in the price guide checklist is optional. With those five things, makers have what they need to quote accurately.
When you're ready, post the part. It's free, and you compare bids before anyone gets paid.