3D PRINTED PRODUCTS · FREE ONLINE TOOL

3D Printing Cost Calculator for Makers

Estimate a successful 3D print cost using filament, electricity, machine time, labor, packaging and an allowance for failed prints.

Enter your numbers

Start with sample inputs, then replace them with your actual figures.

USD · ESTIMATE
$ / kg
grams
hours
watts
$ / kWh
$/hour
minutes
$/hour
$
%
%
HOW THIS TOOL WORKS

Understand your result

Turn grams, machine hours and labor into a repeatable print-cost estimate. This calculator uses the inputs above to produce a planning estimate. It does not predict sales or guarantee that the modeled price will work for your buyers.

Calculation formula

Filament = grams ÷ 1,000 × filament price per kg. Electricity = hours × watts ÷ 1,000 × kWh rate. Add machine wear, active labor and packaging. Estimated cost per successful print = base print cost ÷ (1 − failure rate). Suggested price = successful-print cost ÷ (1 − target margin).

Worked example

At $24/kg filament, 80 g used, five hours at 110 W with $0.16/kWh electricity, $0.35/hour machine wear, 20 minutes of labor at $18/hour and $1 packaging, the base print cost is $10.76. With a 10% failure allowance, cost per successful print is $11.96; at 30% margin, suggested price is $17.08.

Before you rely on the estimate

  • Use your printer’s measured average power where possible, not its maximum rated wattage.
  • Failure allowance models repeat attempts statistically; very different failed-print timing can change your actual waste.
  • Commercial permissions for printable models and intellectual-property rights are separate from production cost.

Frequently asked questions

Does this calculate resin prints?

No. This version models filament printing and would need different material and cleanup assumptions for resin.

Does failure rate include every failed attempt?

It assumes successful attempts bear the cost of failed attempts on average. Real partial failures can cost less than a complete print.

Do I need to include machine depreciation?

A reasonable hourly allowance for machine wear or depreciation helps avoid treating machine time as entirely free.