Pricing

How much does 3D printing cost?

No tooling. No setup fees. No minimum orders. Pricing is per-part based on material, technology, and quantity. Upload a file for instant pricing.

$0Tooling cost
$0Setup fees
1 partMinimum order

Cost factors

What affects 3D printing cost

Material

PLA is cheapest. MJF Nylon is mid-range. SLA specialty resins and PC CF are premium. Material cost scales with part volume.

Technology

FDM is the most affordable per cubic centimeter. SLA costs more but delivers better precision. MJF is most cost-effective for production batches.

Part volume

Larger parts use more material and machine time. Hollow parts and thin walls reduce cost. Our quoter calculates volume automatically from your file.

Quantity

Per-part cost decreases with volume. MJF is particularly efficient at higher quantities because multiple parts pack into a single build.

Lead time

Standard lead times (1–7 business days) are included in base pricing. Rush and overnight options are available at additional cost.

Post-processing

Standard support removal and cleaning are included. Sanding, priming, painting, and color matching are additional services quoted per project.

By technology

Cost by technology

TechnologyRelative costMaterialsBest for
FDM$PLA, PETG, TPU, ASA, PC CFCheapest per part. Prototypes, fixtures, large parts.
SLA$$Standard, Durable, Tough, Flexible, Castable, +5 moreBest precision and surface finish. Visual prototypes.
Industrial SLA$$$ABS-Like, Optical Clear, FrostedLarge parts up to 1000mm. Presentation quality.
MJF$$Nylon PA12, Nylon PA11Best value for production. Batch consistency.
FGF$$ABSExtra-large parts up to 1200mm.

3D printing vs injection molding

When is 3D printing more cost-effective?

3D printing wins when:

  • — Quantity is under 2,000–5,000 parts
  • — You need parts in days, not months
  • — Geometry has undercuts, channels, or lattices
  • — Design is still evolving between orders
  • — Multiple SKUs each need different geometry

Injection molding wins when:

  • — Volume exceeds 5,000+ parts of the same geometry
  • — Design is frozen and will not change
  • — Smooth, glossy surface finish is required
  • — Specific injection-grade resins are required
  • — Per-part cost must be minimized at high volume

Read the full MJF vs injection molding comparison →

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