Minimum order quantities — MOQs — are one of the first frustrations new brands encounter when approaching an OEM manufacturer. "Why do you need 1,000 units? I only need 50 to start." The answer lies in the economics of manufacturing, and understanding it will help you structure your supplier conversations more productively.
Why MOQs exist
Every manufacturing process has a fixed cost component that does not scale with volume: setup time, tool changeovers, material minimums, and — for casting and moulding — tooling amortisation.
Setup time: A CNC machining centre may take 2–4 hours to set up for a new part: programming, fixturing, first-article verification, and operator qualification. At typical machine rates of $40–$100/hour, that setup cost is the same whether you make 10 parts or 10,000 parts. At 10 parts, setup cost is a large proportion of the total; at 10,000 parts, it is negligible.
Tooling: Investment casting, forging, and injection moulding all require a physical tool (die, mould, or punch set) that can cost $3,000–$50,000. That tool must be amortised over production volume to reach a commercially viable unit cost.
Material minimums: Metal suppliers typically sell in minimum lot sizes — a coil, a bundle, or a specific weight. Ordering below the minimum either means paying for more material than you use or sourcing at premium prices.
MOQ by process type
CNC machining from billet: Lowest MOQ, typically 1–50 pieces for prototypes, 50–200 for production runs. No tooling investment. Unit cost is relatively stable with volume because setup is a smaller proportion.
Investment casting: Requires a casting die ($3,000–$25,000). The die amortises over typically 5,000–50,000+ shots. Typical MOQ: 200–500 pieces minimum to make the unit economics viable at reasonable prices, though some foundries will run smaller batches at higher unit cost.
Forging: Requires a forging die ($5,000–$30,000). Typical production MOQ: 500–2,000 pieces.
Stamping: Die cost depends on complexity ($3,000–$20,000). High-volume process with typical MOQ 1,000–5,000 pieces.
Surface treatment (anodising, plating): Usually available at small batch for prototypes, with bulk pricing at larger volumes. Some anodising lines have rack minimums.
The pilot-run economics
A pilot run (typically 50–500 pieces) is higher unit cost than production, but it is not wasted money — it is risk reduction. Consider the calculation:
If a production problem is discovered in a 5,000-unit production run, you might have 500 non-conforming units representing $50,000 in scrap plus the cost of re-tooling and re-scheduling. If the same problem is discovered in a 100-unit pilot run, you have $1,000 in scrap and the tooling change happens before volume commitment.
The pilot run is effectively an insurance policy against scaling a broken process. Its cost should be evaluated against the cost and probability of a production failure, not against the target unit cost at volume.
How to negotiate MOQ with a factory
Be transparent about your target volume trajectory. A factory is more willing to run a small pilot batch if they see a realistic path to volume orders. "We need 100 units for certification testing, then 2,000 units if it passes" is a stronger position than "we need 100 units."
Offer to pay a tooling deposit upfront. If your target product requires casting or forging tooling, offering to contribute to the tooling cost in exchange for lower MOQ signals seriousness and reduces the factory's risk.
Accept higher unit pricing for pilot batches. The MOQ conversation is often really a pricing conversation. A factory that quotes $25/unit at 1,000 pieces may quote $55/unit at 100 pieces — this is reflecting the setup economics, not exploiting you. Evaluate total project cost, not unit price.
Power Honour's approach to small brands
We work with brands at all stages. For new products we haven't made before, a typical engagement starts with a prototype or engineering sample batch (1–10 pieces), followed by a pilot production run (50–200 pieces) for certification testing and market validation, then scaling to volume as demand grows. We don't require volume commitments before we understand the product — that's what the pilot is for.