Why is the first unit so much more expensive than the next?

Because tooling and setup are paid once but spread across every unit you make. A mold that costs several thousand dollars is brutal on the first part and trivial on the ten-thousandth. That is why volume is the biggest driver of unit cost and why low volumes favor processes with little or no tooling.

Which is cheaper: 3D printing, CNC, or injection molding?

It depends entirely on volume. 3D printing and CNC have little or no tooling, so they win at low volumes. Injection molding has high tooling cost but a very low per-part cost, so it wins once volume is high enough to spread the mold. Each cost guide below shows where the break-even sits.

How do I estimate my total cost before I get quotes?

Add the three buckets: a realistic prototyping budget, the one-time tooling or setup for your chosen process, and the per-unit cost times your first run. The guides below give ranges to sketch that math, but real quotes from several makers are the only way to confirm your numbers.

What Does It Cost to Make a Product? The Full Breakdown

Updated November 14, 2026

The cost of making a product is not one number. It is three: what you spend to prototype it, the one-time tooling or setup to get a process ready, and the per-unit cost to make each one. This hub explains how those fit together and links to a detailed, real-world cost guide for every major process and for patents.

The three costs of making a product

Cost to make a product: the sum of three distinct budgets: prototyping (proving the design), one-time tooling or setup (getting a process ready to run), and per-unit cost (making each finished unit). They behave differently, so it helps to track them separately.

Cost bucket	When you pay it	What drives it
Prototyping	Before production	Number of iterations and the process used to make each prototype
Tooling / setup	Once, before the first run	Process (molds are costly; CNC and 3D printing need none)
Per-unit cost	Every unit	Material, cycle time, labor, and above all your volume

Want a quick number for your own product? Use the product cost calculator to estimate your prototyping, tooling, and per-unit cost by process and volume.

The cost guides

How much does it cost to make a product: the overview, with the order of spend.
The cost of prototyping a product: ranges for 3D-printed, CNC, and cast prototypes.
How much does 3D printing cost: at home versus a service, and why metal costs so much more.
Injection molding cost: the tooling that dominates and the low per-part cost at volume.
CNC machining cost: no tooling, a higher flat per-part price, and when it wins.
How much does a patent cost: the self-filed route versus an attorney.

Cost is decided largely at the design stage, so it pays to read these alongside design for manufacturing.

Working on your own product? The idea-to-shelf program is the step-by-step system behind these guides, from idea and prototype through manufacturing and launch.

Frequently asked questions

What does it cost to make a product?: There is no single number, but there are three costs to budget separately: prototyping (often hundreds to a few thousand dollars), one-time tooling or setup for processes like injection molding (frequently several thousand and up), and the per-unit cost, which falls as volume rises. The detailed guides below give real ranges for each process.
Why is the first unit so much more expensive than the next?: Because tooling and setup are paid once but spread across every unit you make. A mold that costs several thousand dollars is brutal on the first part and trivial on the ten-thousandth. That is why volume is the biggest driver of unit cost and why low volumes favor processes with little or no tooling.
Which is cheaper: 3D printing, CNC, or injection molding?: It depends entirely on volume. 3D printing and CNC have little or no tooling, so they win at low volumes. Injection molding has high tooling cost but a very low per-part cost, so it wins once volume is high enough to spread the mold. Each cost guide below shows where the break-even sits.
How do I estimate my total cost before I get quotes?: Add the three buckets: a realistic prototyping budget, the one-time tooling or setup for your chosen process, and the per-unit cost times your first run. The guides below give ranges to sketch that math, but real quotes from several makers are the only way to confirm your numbers.

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