Product Cost Calculator
Updated November 14, 2026
Estimate what it will really cost to make your product. Pick how it will be made, its size and complexity, and how many you want, and this tool breaks the cost into the three parts that actually matter: prototyping, one-time tooling, and per-unit cost, at your volume.
Estimated cost to make 100 units
$2,250 – $7,500
That is about $23 – $75 per unit, all in.
- Prototyping (one-time)
- $400 – $1,500
- Tooling / setup (one-time)
- $100 – $500
- Per unit
- $17.50 – $55
- Production (100 units)
- $1,750 – $5,500
- Total first run
- $2,250 – $7,500
For about 100 units, makers usually use CNC machining or urethane casting.
These are ballpark planning ranges from 2026 market data, not a quote. Your real numbers depend on your exact geometry, material, finish, and supplier. Always get quotes from a few makers before you commit.
The three costs of making a product
The cost of making a product is never one number. Budget it as three, because they behave very differently and most first-time inventors forget one of them:
- Prototyping is what you spend proving the design before production, usually a few 3D-printed iterations.
- Tooling or setup is the one-time cost of getting a process ready to run. It is large for injection molding (the mold) and near zero for 3D printing.
- Per-unit cost is what each finished unit costs to make, and it falls as your volume rises because the one-time costs spread out.
For the full explanation of how these fit together, see what it costs to make a product, and the detailed guides on injection molding cost, CNC machining cost, and how much 3D printing costs.
Which process fits which volume
Volume is the single biggest factor in how your product should be made. As a rough guide:
| Rough volume | Usually best | Why |
|---|---|---|
| 1 – 50 | 3D printing or urethane casting | No tooling to pay off |
| 50 – 500 | CNC machining or urethane casting | Real materials, still no hard tooling |
| 500 – 5,000 | Injection molding (aluminum tool) or CNC | Tooling starts to pay off |
| 5,000+ | Injection molding (steel tool) | Lowest per-unit cost of any process |
How the numbers are calculated
The ranges are built from 2026 market data for each process, not guesses, and kept deliberately wide because real quotes vary with geometry, material, finish, and supplier:
- 3D printing: service-bureau rates by part size and technology (FDM, SLA, SLS, metal), with a modest volume discount since additive cost stays largely flat.
- CNC machining: per-part cost that drops steeply with quantity as the one-time setup and programming spread across the batch.
- Urethane casting: a master and silicone mold (which lasts roughly 20–25 parts) plus a mid-range per-part cost, for small batches.
- Injection molding: tooling by production class (aluminum prototype through hardened steel) plus a volume-tiered piece price that falls sharply as annual volume rises.
- Patents: current USPTO fees plus typical attorney pricing for a provisional or full utility filing.
Size, complexity, and material are applied as multipliers on top of the base ranges. The tool is for budgeting and comparing options; it is not a quote, and it is not legal advice.
Want the full method behind these numbers? The idea-to-shelf program walks through costing, sourcing, and manufacturing your product step by step.
Frequently asked questions
- How accurate is this product cost calculator?
- It gives ballpark planning ranges, not quotes. The figures come from 2026 market data for each process, and the ranges are deliberately wide because real cost depends on your exact geometry, material, finish, tolerances, and supplier. Use it to budget and compare processes, then get real quotes from a few makers before you commit.
- What are the three costs of making a product?
- Prototyping (proving the design before production), one-time tooling or setup (getting a process ready to run, which is large for injection molding and near zero for 3D printing), and per-unit cost (making each finished unit, which falls as volume rises). The calculator estimates all three and adds them into a total first-run cost.
- Which manufacturing process is cheapest?
- It depends entirely on volume. For a handful of units, 3D printing or urethane casting wins because they have little or no tooling. For hundreds of functional or metal parts, CNC machining is often best. Once you are making thousands, injection molding's very low per-part cost beats everything despite its high tooling cost. The calculator flags the process makers usually choose for your volume.
- Why is the per-unit cost so much lower at higher volumes?
- Because one-time costs like tooling and setup are paid once and spread across every unit. A $15,000 mold is brutal across 100 parts and trivial across 100,000. That is why volume is the single biggest driver of unit cost, and why low volumes favor processes with little or no tooling.
- Does the estimate include a patent or packaging?
- Only if you turn them on. Patents and packaging are optional add-ons because they are separate decisions from manufacturing. The patent figures follow 2026 USPTO fees plus typical attorney pricing; packaging is a simple per-unit range. Leave them off for a pure manufacturing estimate.
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