How Much Does 3D Printing Cost?

The cost of 3D printing can be a few dollars for a small plastic part or thousands for a large metal component. Most small plastic parts ordered from a service fall somewhere between $5 and $200, but the final price depends on the technology, the material, the size of the part, and how much finishing it needs.

There is no universal price list for additive manufacturing. Two companies can quote very different amounts for the same file because their machines, labor costs, and quality checks are different. What you can understand is how a price is built, and that knowledge makes every quote easier to judge.

Typical 3D Printing Prices by Technology

The table below brings together ranges published by manufacturing companies. Treat these as orientation figures, not a price guarantee. Sources disagree, sometimes by a factor of two or more, because they assume different part sizes.

If you need a metal part, our guide to metal 3D printing cost goes much deeper. If you are still choosing a process, start with the types of 3D printing technologies.

What Actually Goes Into a 3D Printing Quote

Nearly every quote is made from the same five building blocks. Understanding each one shows you where the money is going.

1. Material

Material is the most visible cost, but it is often not the largest. Published approximate prices include:

• FDM filament: around $20 to $40 per kilogram for common plastics.
• Standard SLA resin: around $150 to $300 per kilogram in professional settings, with consumer resins usually costing less.
• PA12 nylon powder for SLS: around $80 to $150 per kilogram.
• Metal powder: from roughly $50 per kilogram for common steels to well over $500 per kilogram for titanium and specialty alloys.

2. Machine Time

For many parts, machine time matters more than material. Taller parts take longer because printers build layer by layer, so a tall thin part can cost more than a short wide part of the same volume. Published service rates are often in the range of $10 to $50 per hour for FDM and $30 to $100 per hour for SLS. Metal machines commonly cost well over $100 per hour.

3. Labor and Setup

Someone has to review the file, prepare the build, start the machine, and inspect the result. On a one-off order, this fixed effort can be a large share of the price. It is the main reason one part often looks expensive while ten parts look much more reasonable per piece.

4. Post-Processing

Raw prints are rarely finished products. Depending on the process, parts may need support removal, washing, UV curing, sanding, bead blasting, dyeing, or painting. Published estimates range from about $2 to $50 per part, and high-end cosmetic finishing can cost more than the print itself.

5. Quality, Tolerances, and Delivery

Tight tolerances, inspection reports, certified materials, and rush delivery all add cost. If a part does not need them, do not ask for them.

An Illustrative Price Calculation

The example below uses round, assumed numbers to show the logic. It is not a real quote.

Notice that material is only about 3.5% of this total. Cutting machine time would save far more than finding a cheaper filament.

The Cost of Printing at Home

Printing on your own machine removes the service markup, but the printer has its own costs. A useful home calculation includes:

• Material: the weight of the part multiplied by the price per gram. At $25 per kilogram, a 50 g print uses about $1.25 of filament.
• Electricity: the printer's average power use multiplied by print hours and your local rate.
• Wear and failure: nozzles, build surfaces, and prints that fail partway through.
• Your time: often ignored, but very real if you are running a business.

For a single part, a service may be cheaper. For regular use, a printer can pay for itself. Which one wins depends on how often you print.

How to Reduce Your 3D Printing Cost

• Orient the part sensibly: a lower build height usually means less machine time, as long as strength and surface quality are still acceptable.
• Remove unnecessary material: hollow large parts where the process allows it and use sensible infill settings.
• Design out supports: fewer supports mean less material, less time, and less finishing.
• Pick the simplest suitable process: do not pay for SLS or metal when FDM meets the requirement.
• Order several parts together: setup is shared, and powder-bed processes can pack many parts into one build.
• Relax what does not matter: apply tight tolerances only to the features that truly need them.
• Ask for standard lead time: rush orders usually cost more.

How to Get an Accurate Price

The fastest way to get a real number is to send a clean 3D file and a clear description of the requirement. Include the material, quantity, surface finish, critical dimensions, and delivery date. Then compare at least two or three quotes on the same specification. Our guide on how to choose a 3D printing service lists the questions to ask.

Frequently Asked Questions

Is 3D printing expensive?

For one-offs and complex small parts, it is often cheaper than traditional methods because no mold or tooling is required. For high volumes of simple parts, processes like injection molding usually become much cheaper per piece.

Why is my 3D printing quote so high?

Common reasons are a tall build, a large part volume, heavy support structures, an expensive material, cosmetic finishing, or a short deadline. Ask the supplier which factor is driving the price.

Is resin printing cheaper than filament?

Usually not. Resin normally costs more per kilogram and requires washing and curing. See our comparison of resin vs filament 3D printing.

Sources

• Makerverse: Calculating 3D Printing Costs
• Formlabs: How Much Does a 3D Printer Cost?
• Protolabs Network (Hubs): How Much Does 3D Printing Cost?
• Rapid Protos: How Much Does 3D Printing Cost?
• Nylon Plastic: Cost Analysis of 3D Printing for Production Parts