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OEM vs ODM Cost Calculator

Everyone can tell you what the two letters stand for. The question that decides the order is narrower: at the volume you are actually buying, does your own tooling beat the factory's existing design? Move the sliders.

Your order

What the factory adds to its catalogue price over what the same part would cost you on your own tool. It covers their amortised tooling and their margin on the design.

At 5,000 units

OEM · your tool

$5.10

per unit, all in

$25,500 total

ODM · their design

$2.52

per unit

$12,600 total

Piece price on your own tool$2.10
Tooling, spread over this order+$3.00/unit
ODM is cheaper here$12,900 more for OEM

Crossover

At a $15,000 tool and a +20% ODM premium, OEM only starts winning at 168,356 units. Below that, you are paying for a tool the volume cannot absorb.

Piece prices interpolated from the Jaycon 2026 Injection Molding Pricing Report (ABS, four-cavity hardened steel). Cost only, before freight and duty, and it does not price the lead time or the IP position, both of which usually matter more than the difference shown here.

What tooling costs per unit

The number buyers leave out of the comparison. A tooling quote is not a one-off line on an invoice, it is an amount added to every single unit in the order, and it shrinks only as the order grows.

Order$5,000 tool$15,000 tool$40,000 tool$90,000 tool
500$10.00$30.00$80.00$180.00
1,000$5.00$15.00$40.00$90.00
2,500$2.00$6.00$16.00$36.00
5,000$1.00$3.00$8.00$18.00
10,000$0.50$1.50$4.00$9.00
25,000$0.20$0.60$1.60$3.60
50,000$0.10$0.30$0.80$1.80
100,000$0.05$0.15$0.40$0.90

Read the 1,000-unit row against a part whose piece price is a few dollars. At small volumes the tool is not a rounding error on the unit cost, it is the unit cost.

What a tool costs, by class

Injection moulding tooling, by SPI class. The class is set by how many parts the tool has to survive, so quoting a hardened steel tool for a 2,000-unit order is a common and expensive mismatch.

SPI 105

$1,500 – $8,000

Aluminium, single cavity, straight pull

Tooling lead time 2–3 weeks

SPI 104

$8,000 – $25,000

Pre-hardened P20 steel, 1–2 cavities

Tooling lead time 4–6 weeks

SPI 103

$25,000 – $60,000

P20/H13, 2–8 cavities

Tooling lead time 6–8 weeks

SPI 101

$60,000 – $150,000+

Hardened H13/S136, 4–32+ cavities

Tooling lead time 10–14 weeks

Bands and lead times from the Jaycon 2026 Injection Molding Pricing Report (9 July 2026). Tooling cut in China typically runs materially below equivalent US pricing for the same steel grade and cavity count, which is a large part of why the OEM path is reachable at lower volumes offshore.

The rest of the decision

Cost is the part people model. These are the parts that more often decide it.

OEM · your designODM · their design
Typical MOQ500 – 10,000+ units per variant50 – 500 units on an existing pattern
Who owns the toolingYou pay for it, and the contract decides who owns itThe factory owns it, and amortises it across buyers
Who owns the designYou, if the contract says so in writingThe factory. Your competitor can buy the same product
Development time3 – 6 months simple, 6 – 12 months with tooling and certificationA few weeks to 3 months
Production lead time12 – 24 weeks2 – 8 weeks
Up-front costTooling, plus samples at roughly $150 – $400 per styleLittle or none, samples roughly $50 – $150 per style
Where it winsVolume, differentiation, and a product you intend to ownSpeed to market, testing demand, and small first orders

MOQ, lead time and sampling ranges are what factories in China quote most often across consumer categories. Yours will move with category, material and how busy the plant is, which is exactly what we check before you commit.

Want the real tooling quote, not a band?

Send us the product. We will come back with tooling quoted by name from real factories, the piece price at your volume, the MOQ each one will actually accept, and the duty your product attracts.

Frequently Asked Questions

Neither, universally, and any source quoting a single percentage is guessing. ODM is cheaper up front because you skip tooling, and OEM is cheaper per unit once volume absorbs the tool. Which one wins is entirely a function of your order size against your tooling quote, which is what the calculator above works out. At 1,000 units a $15,000 tool is adding $15 to every piece; at 100,000 it is adding 15 cents.
For injection moulding, roughly $1,500 to $8,000 for a simple aluminium single-cavity tool, $8,000 to $25,000 for pre-hardened steel, $25,000 to $60,000 for a multi-cavity production tool, and $60,000 to $150,000 and up for high-volume hardened steel. Lead time runs from 2–3 weeks at the bottom of that range to 10–14 weeks at the top.
Because the factory has already paid for the mould, the pattern and the process development, and spreads that cost across every buyer who orders the design. Nothing has to be developed for you, so there is no minimum run needed to justify a one-off investment. OEM minimums exist to make your tooling and setup worth the factory's time.
Yes, and for most first-time importers it is the right sequence. Prove demand on an ODM product at a low MOQ, then invest in tooling once you know the volume is real and you know exactly which details you want to change. The risk to manage is that your ODM product is not exclusive while you are proving that demand.
Not necessarily. Duty is charged on the customs value, so a percentage-point difference in your HS classification can swamp a cents-per-unit manufacturing difference, and an ODM product may classify differently from your custom version. Run the landed cost, not the factory quote.