What is a minimum order quantity (MOQ)?
A minimum order quantity is the smallest run a packaging supplier will print for you in one go. It is not an arbitrary hurdle — it exists because every order carries a block of fixed costs that have to be paid before a single good box comes off the line: making the printing plates, cutting the die, and setting up and calibrating the press. Those costs are the same whether you produce a hundred boxes or fifty thousand, so suppliers set a floor below which the maths simply does not work. The practical consequence for you is that the cost per box is dramatically higher at low volumes and falls fast as you scale. This estimator exists to make that relationship visible, so you can choose an order size with your eyes open rather than reacting to a single quoted price.
Why order quantity is the biggest lever on unit cost
Of all the choices that affect what a box costs — size, material, printing, finishing — quantity is the one with the most leverage, and it is worth understanding why. A packaging order is really two costs added together. There are variable costs, which scale with every unit: the board, the ink, the finishing. And there are fixed costs, which you pay once per run no matter how many you make. When you divide that fixed block across more units, each box absorbs a smaller slice of it. Going from 100 to 1,000 units does not just buy ten times the boxes — it cuts the fixed-cost-per-box by ninety percent. That is why the unit-cost curve drops so steeply at first and then levels off once the fixed costs have been diluted to almost nothing.
How this estimator calculates your cost per unit
The tool follows the same logic a real packaging estimator uses. It starts from the unfolded surface area of your box, derived from your length, width and height, plus an allowance for glue tabs and trim. That area is multiplied by the cost-per-area of your chosen material to give a base material cost per unit. Printing is layered on according to colours, ink coverage and whether you print one side or both, and each finishing option adds its own per-unit charge. The fixed costs — plates and dies — are summed separately. Then, for every quantity tier, the tool spreads those fixed costs across the run, applies a volume rate that reflects cheaper materials at scale, adds a freight estimate, and reports the resulting cost per box. Running that calculation across the full range of quantities is what produces the comparison table and the curve.
Unit cost = (Variable cost per box) + (Fixed setup ÷ Quantity) + Freight per box
How to find your best order quantity
The cheapest possible unit cost is never the whole answer, because the biggest order also ties up the most cash and the most warehouse space. The goal is the sweet spot: the point where ordering more stops meaningfully lowering your unit cost. On the curve this is the elbow, where the line flattens out. Past it you are committing significant extra capital to shave a cent or two off each box — money usually better kept as working capital. This tool marks that elbow for you automatically and weighs it against how fast you actually sell, because a brilliant unit price on three years of stock is not a win. The right MOQ is the largest quantity you can comfortably sell through in a reasonable window while capturing most of the available unit savings.
Typical quantity-break curve
The exact numbers depend on your specification, but the shape is always the same: steep early savings that flatten as volume climbs. The table below shows a representative curve for a mid-size printed box.
| Quantity | Typical unit cost | Savings vs. 100 | What it suits |
|---|---|---|---|
| 100 | $2.50 | — | Samples, test launches |
| 500 | $1.60 | ~36% | Early-stage brands |
| 1,000 | $1.10 | ~56% | Steady online sales |
| 5,000 | $0.75 | ~70% | Retail & wholesale |
| 10,000+ | $0.60 or less | ~76%+ | High-volume, stable artwork |
Balancing unit cost against cash flow and storage
A lower unit cost is only a saving if you can use the stock. Before committing to a bigger run, weigh three things against the unit savings. First, cash flow: a large order can lock up capital you might need for marketing or inventory elsewhere. Second, storage: boxes are bulky, and warehousing has a real cost that erodes the unit saving. Third, obsolescence risk: if your branding, regulatory text or product is likely to change, a huge run can leave you scrapping printed stock. A smart middle path many brands use is to print one large run at the volume price but take scheduled releases over several months — you capture the unit cost without paying setup again or storing everything at once. Ask your supplier whether they offer staged delivery against a single print run.
Using the margin view to find your break-even
Cost per box only tells half the story; what matters is profit per box. Enter your sell price in the margin view and the tool shows the gross margin and profit at each quantity tier, so you can see how much more you keep by moving up a tier — and whether the extra order even pays for itself before you would naturally reorder. For many products the jump from 500 to 1,000 units pays back in unit savings within the first few weeks of sales, while the jump from 10,000 to 25,000 may take many months. Seeing profit per box next to the upfront commitment turns an abstract discount into a clear, fundable decision.