3D Printing Cost Calculator

Quick answer

Your 3D print cost is the filament used plus the electricity plus a failure allowance. Using 50 g of filament at 25 per kg is 1.25 in material; add a few pennies of power and a small margin for failed prints and a typical part lands near 1.40. Enter your figures to get the full cost per print.

Updated 2026-09-09By Shakeel MuzaffarReviewed by Prof. Dr. Khalil Mudassar, PhD
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3D Printing
Grams of filament for the print, from your slicer.
What a kilogram of your filament costs.
Estimated print time from your slicer.
Average power draw; 100 to 200 W is typical for FDM.
Your electricity unit price.
Spare margin for failed prints and waste.
Total cost per print
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Filament cost--
Electricity cost--
Failure margin--

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How to Use the 3D Printing Cost Calculator

  1. Enter the grams of filament the print uses, straight from your slicer.
  2. Enter your filament price per kilogram.
  3. Add the print time, printer power and your electricity price.
  4. Set a failure allowance, then read the full cost per print.
ResultWhat it means
Total cost per printFilament plus electricity plus the failure margin.
Filament costThe material cost for this print.
Electricity costThe power the printer draws over the run.
Failure marginThe allowance added for failed prints and waste.

All money figures are in whatever currency you enter your prices in.

What Is 3D Printing Cost?

The cost of a 3D print is what it actually takes to produce a part, not just the price of the plastic. For a hobby print the main costs are the filament used and the electricity to run the printer, plus an allowance for the prints that fail along the way.

Knowing the true cost matters whether you print for yourself or to sell. It stops you underpricing commissions, and it shows how a long, heavy print costs far more than a quick keychain even before you add your time.

How Does the Cost Calculation Work?

Formula: cost = (filament + electricity) x (1 + failure rate)
  1. Filament cost is the grams used divided by 1000, times the price per kilogram.
  2. Electricity cost is the power in kilowatts, times the hours, times your unit price.
  3. Add the two for the direct cost.
  4. Multiply by one plus your failure rate to cover wasted prints.

This gives the cash cost of a print. To set a selling price you would add your time and a markup on top, which our price and profit calculator handles.

3D Printing Cost Example

A print uses 50 grams of filament that costs 25 per kilogram, so the material is 1.25. It runs for 3 hours on a 150 watt printer at an electricity price of 0.30 per kWh, which is 0.45 kWh times 0.30, about 0.14. The direct cost is 1.39, and a 5 percent failure allowance adds about 0.07, giving roughly 1.46 per print. A 250 gram, 14 hour print would cost several times more.

What Affects Your Print Cost

Filament Used

The grams of plastic is usually the biggest cost, driven by part size, infill and supports.

Filament Price

Specialist filaments cost far more per kilogram than basic PLA, changing the material cost directly.

Print Time and Power

Long prints on a hot, high-power machine use more electricity, though this is often small next to filament.

Failure Rate

Tricky prints fail more often, so a bigger failure allowance protects you against wasted material.

Cost Factors Compared

For a typical hobby print, this is roughly where the money goes.

CostShareNotes
FilamentUsually 70 to 90%The dominant cost for most prints
ElectricityOften 5 to 15%Small unless power prices are high
Failure margin3 to 10%Higher for difficult or tall prints
Wear and timeAdd separatelyNozzles, maintenance and your labour

For selling, remember that your time and printer wear are real costs even though this tool focuses on material and power.

When to Use a 3D Printing Cost Calculator

Pricing Commissions

Know the true cost before you quote a customer for a print.

Comparing Filaments

See how a pricier filament changes the cost of the same part.

Budgeting a Project

Add up the cost of a multi-part print or a batch before you start.

Common 3D Printing Cost Mistakes

1. Counting Only Filament

Electricity, failures and wear are real; leaving them out understates the cost.

2. Ignoring Failed Prints

Every maker has failures; a small allowance keeps your costing honest.

3. Forgetting Your Time

Design, setup and finishing take time that a hobby cost ignores but a business cannot.

4. Using List Weight

Use the slicer grams for the actual print, including supports, not the model volume alone.

Accuracy and Limitations

The cash cost is exact for the figures you enter. It covers material and power, not every overhead of a print business.

What it calculates accurately

  • Filament cost from grams and price
  • Electricity cost from power and time
  • A failure allowance on top

What it does not do

  • Include your labour or design time
  • Cost printer wear, nozzles or maintenance
  • Set a selling price or markup

How We Calculate the Result

Method
Direct cost is filament plus electricity; the total multiplies that by one plus the failure rate.
Inputs used
Filament grams and price, print time, printer power, electricity price and failure rate.
Assumptions
All prices in one currency; printer power is an average over the print.
Rounding
Costs to two decimal places.
Edge cases
Filament used must be above zero; power defaults to 150 W.
Sources
See Sources below.
Last reviewed
2026-09-23.

Frequently Asked Questions

How do you calculate 3D printing cost?

Add the filament cost (grams over 1000, times price per kg) to the electricity cost (power in kW, times hours, times unit price), then add a failure allowance.

How much does it cost to 3D print something?

Small hobby prints often cost well under 2 in material and power. A 50 g PLA print at 25 per kg is about 1.25 in filament plus a little electricity.

Is electricity a big part of 3D printing cost?

Usually not. For most FDM prints electricity is 5 to 15 percent of the cost; filament dominates unless power prices are very high.

Should I include failed prints in the cost?

Yes. Every maker has failures, so a 3 to 10 percent allowance keeps your costing realistic and protects your pricing.

Does this include my time?

No. It covers material and power only. For selling, add your design and finishing time and a markup separately.

How do I find the filament weight?

Your slicer reports the grams of filament a print will use, including supports. Use that figure rather than the model volume.

What printer power should I use?

FDM printers average roughly 100 to 200 watts including the heated bed. Use your machine specification or a plug power meter for accuracy.

How do I turn cost into a selling price?

Add your labour, then apply a markup. Our 3D printing price and profit calculator does this from the cost figure here.

Is my data saved?

No. The calculator runs entirely in your browser and nothing you enter is stored or sent anywhere.

Sources

Related Calculators

For hobby and small-business costing. Figures cover filament and electricity plus a failure margin; add your own time, printer wear and overheads before pricing work for others. Spotted an error? Let us know.

Author

shakeel-Muzaffar
Founder & Editor-in-Chief at  ~ Web ~  More Posts

Shakeel Muzaffar is the Founder and Editor-in-Chief of MultiCalculators.com, bringing over 15 years of experience in digital publishing, product strategy, and online tool development. He leads the platform's editorial vision, ensuring every calculator meets strict standards for accuracy, usability, and real-world value. Shakeel personally oversees content quality, formula verification workflows, and the platform's commitment to publishing tools that are genuinely useful for students, professionals, and everyday users worldwide.