A supplier's price ladder is not what you pay. Tooling, setup, plate charges and sample fees are fixed per order, so the real cost per unit falls faster than the quoted price does. Enter the tiers and see where each one actually wins.
| Tier | MOQ | Unit price | Order total | Effective | Wins from |
|---|
Suppose a supplier offers $10.00 at 100 pieces and $8.50 at 500, with a $500 setup fee on the first order and $800 on the second. The 500-piece price looks 15% better. Now amortise the setup:
| Tier | Unit price | Setup | Order total | Effective per unit |
|---|---|---|---|---|
| 100 pcs | $10.00 | $500 | $1,500 | $15.00 |
| 500 pcs | $8.50 | $800 | $5,050 | $10.10 |
| 1,000 pcs | $7.90 | $800 | $8,700 | $8.70 |
The gap between tier one and tier two is not 15% — it is 33%. Setup costs distort the first tier most, which is exactly the tier a new buyer starts at, and it is why "just order the MOQ to test the market" is often the most expensive per-unit decision available.
The break-even quantity between two tiers is the point where their total order costs are equal:
q* = (setup₂ − setup₁) ÷ (price₁ − price₂)
Between the first two tiers above: (800 − 500) ÷ (10.00 − 8.50) = 200 pieces. So tier two wins from 200 pieces upward — well below its own 500-piece MOQ, meaning if you can talk the supplier into 200–499 pieces at the tier-two price, you are ahead. That negotiation is usually available and rarely asked for.
If the calculation returns a number above the tier's own MOQ, the tier is not actually a saving at its stated minimum — the setup charge eats the price reduction. That happens most often when a new mould or a new print run is involved.
A lower unit price at a higher tier only becomes a lower landed cost if the extra volume does not push you into another container, another duty band, or a warehousing commitment longer than your sell-through. Run the chosen tier through the landed cost calculator before you commit — the per-unit freight line moves with quantity, and sometimes it moves the wrong way.
Then check what the tier does to your sell-through with the margin calculator: a 33% cost reduction on a slow-moving SKU is a 33% discount on dead stock.
The calculator gives you the answer. These guides give you the reasoning, so you can tell when the answer is wrong.
Why the deeper tier is not always cheaper per unit once setup costs, freight and carrying cost are counted, and how to find the true break-even quantity.
Read the guide → Pricing · 6 minMargin and markup from the same sale, why the cost input has to be landed cost, and how to find the break-even volume that covers fixed costs.
Read the guide →