How packaging MOQ is actually set

Buyers often treat an MOQ as a negotiating position — a number with air in it, reducible by pressure. Sometimes it is. More often it is arithmetic: at a smaller quantity a specific cost line stops being divisible into a sensible per-unit price, and the factory would have to either lose money or charge you something absurd.

Here are the lines, in the order they usually decide the number.

Line one: tooling

A cutting die, a printing plate set, a blister cavity tool. These are one-time costs paid once and used for the whole run. On a 30,000-piece run, a die is noise. On a 300-piece run, the die is most of the price.

The practical consequence: if your structure is close to something we already cut, ask. A 1,000-piece order on a standard die is often possible where a 3,000-piece minimum was quoted for a new one. That is the single most negotiable line on this page.

Line two: print setup waste

An offset press runs a make-ready before the first sellable sheet: plates mounted, register set, ink density matched to the approved proof. That stack of wasted sheets is a fixed cost per colour per side. Six colours on both sides roughly doubles it.

This is why dropping colours is a real lever — not because ink is expensive, but because each colour adds its own make-ready. A four-colour job converted to two spot colours on a shorter run can cut unit price more than shopping the same spec to a third factory.

Line three: material minimums

Board comes in standard sheet sizes, and some materials come in mill minimums. Speciality stocks — a specific textured wrap, a metallised film, a food-contact coated board — may only be orderable by the tonne or the full reel. If your run does not consume that, the surplus has to be paid for by somebody.

If a quote looks high per unit, ask which line is driving it. Three different answers — tooling, make-ready, material — lead to three different fixes.

Line four: machine time and hand work

Hand assembly is the least elastic of all. Wrapping a rigid box lid is a manual operation with a jig and a person; the efficiency curve flattens at a few hundred pieces per shift. A 200-piece rigid box order is not 1/5 of a 1,000-piece order in labour — it is close to the same setup with a fifth of the output.

Thermoforming behaves similarly: heating the tool, running the first-off, checking cavity depth. The cycle time dominates at small quantities.

What you can actually do about it

1. Ask if a standard die exists. It is the cheapest route to a lower MOQ and it is usually yes for common retail structures.
2. Reduce colours on the first run. Prove the design, then add finishes once volume supports them.
3. Split by colourway, not by SKU. One structure printed in three variants at 1,000 each is often cheaper than 3,000 of one and 300 of another.
4. Consolidate the calendar. Two orders of 1,500 placed three months apart cost more than one order of 3,000 stored properly, once you count the second make-ready.
5. Consider a different format for the low-volume SKU. A short-run folding carton may suit a test market better than a rigid box nobody has committed to yet.

What we will not do

We will not quote below the real minimum and then recover the difference through a tooling surcharge or a change order after the artwork is approved. If a quantity is below what a format can run at a sane price, we say so and propose the nearest format that works.