On a specification sheet the minimum looks like one number. In the factory it is five separate floors stacked on top of each other: the component reel, the setup amortisation, the line changeover, the paperwork, and the freight step. Which one is holding you up decides what you can do about it — and there are four legitimate routes under a floor that do not involve asking for a discount.
The minimum you are quoted is the highest of five separate floors. The component reel defines a physical floor — parts come on reels sized in fixed counts, so an order rounds up to whole reels. The setup amortisation defines an economic floor — below it, the tooling charge per unit becomes a number neither side wants to put on paper. Changeover, admin and freight each add a smaller step. Which floor you are hitting decides the remedy: if it is the reel, changing package or sharing a reel with another order helps. If it is amortisation, paying for the tool separately is the route. If it is changeover, splitting a larger order into releases works. There is no single trick, and asking the supplier to 'just make an exception' addresses none of them.
One number on the sheet, five floors underneath
A buyer asks “can you do 300?” and gets a number back. It looks like a single limit, a property of the factory, like a machine’s maximum load.
It is not. Behind that number sit five separate minima, each with its own logic, stacked so that the highest one wins. Understanding which one you have hit is the difference between solving the problem and negotiating against it.
Floor one: the reel
Components arrive on reels. A reel is a physical object holding a fixed count of parts in a fixed pitch of tape, defined by packaging standards rather than by any supplier’s preference. You cannot buy two-thirds of a reel; you buy a reel, or you buy someone else’s leftover.
This produces the hardest floor, because it is not a policy that can be waived. If the component you want comes in a reel of a given count and the factory has none in stock, your order either rounds up or waits until the reel is consumed by other work.
What this means practically: ask what the reel count is for your specific component. Sometimes the answer is small and this floor is not your problem. Sometimes it is the entire reason your 300 became 2,000. And sometimes the fix is a different package or a different capacity whose reel is smaller — which is a product decision, not a negotiation.
Floor two: amortisation
The second floor is arithmetic rather than physics. A tool has to be paid for. Spreading it across a small batch produces a per-unit figure that no one wants to write down.
An illustrative version: a tool charge of a five-figure sum spread across 300 units adds a large amount to every piece; spread across 10,000 units it adds almost nothing. Nothing technical stops the 300-unit order. What stops it is that the resulting unit price would be rejected, and the supplier knows it before you do.
This floor is the most negotiable, and the negotiation is structural rather than a discount request: pay for the tool separately, visibly, on its own line. Then the unit price is a unit price, and the batch is a batch. The full arithmetic behind this is here, including why the figure is a fixed-cost problem rather than a capability one.
Floor three: changeover
Every production run begins with setup: machine configuration, material loading, program selection, first-article checks, and the reverse at the end. That cost exists whether the run is 300 units or 3,000, and it does not scale.
The number this produces is usually smaller than the amortisation floor but harder to argue, because the supplier cannot easily unbundle it. What you can do is ask whether your order needs its own changeover. If your configuration is one the line runs regularly, it may be able to follow another job without a full reset — in which case the floor you were quoted against is higher than necessary.
Floor four: paperwork
The smallest floor and the one buyers forget. A batch has documents: a material lot record, an inspection record, a packing list, a commercial invoice, customs paperwork. The count of documents does not change much between 300 and 3,000 units — the content does not either. So the administrative cost per unit falls away steeply.
This floor rarely sets the minimum on its own. It explains why very small orders carry a disproportionate fee when a supplier does accept them.
Floor five: freight
Freight is a step function, not a per-unit number. There is a charge for a box, a charge for a pallet, and a charge for a container, and they are not proportional to each other. An order of 300 units may pay a shipping charge that would cover many times that quantity, which makes freight per unit unreasonable at small volumes even when production is fine.
If your order is small and international, freight is often a larger obstacle than production. Two questions reduce it: can the goods be consolidated with another shipment, and is the courier-versus-air-freight break point being chosen sensibly for this weight?
Four legitimate routes under a floor
None of these is a trick, and none of them requires the supplier to lose money.
Route one: pay the setup separately. Ask for the price at your quantity with tooling and setup shown as their own line. You accept a higher per-piece figure in exchange for a batch you can actually afford to place. This is the most direct route and the one most buyers never ask for.
Route two: use existing tooling. If your product can live in a standard or shared housing rather than a new mould, the amortisation floor disappears. The trade is design freedom — you get an existing shape with your branding, not a shape of your own. For many products this is entirely acceptable and saves both the tool charge and the wait.
Route three: split a larger order into releases. Agree a total volume and take delivery in instalments. The unit price reflects the total, the cash leaves in stages, and the factory gets a schedule it can plan against. The paperwork multiplies slightly and the freight is several consolidations rather than one — both worth naming explicitly so they are not discovered later.
Route four: buy a sub-assembly. Semi-finished boards or modules may be available at quantities below what a finished custom product requires, because they skip the housing and branding stages that carry the tooling. If your requirement is a component rather than a consumer product, this is often the honest answer — though it means you take on the assembly step and its risks.
What to ask, exactly
When a minimum does not fit your requirement, this is the message that gets a real answer:
Our requirement is [quantity] units of [specification]. We understand that may be below your normal minimum. Could you tell us which cost sets the minimum in this configuration — component reel count, tooling amortisation, changeover, or freight — and quote the quantity we need with that cost shown separately rather than included in the unit price?
The decomposition is the point. A supplier who can answer it is costing your order; one who cannot is applying a rule. Both are legitimate businesses, but only the first can help you.
The uncomfortable part
Sometimes the answer is that your quantity does not fit the product. Three hundred units of a bespoke housing with custom branding is asking a factory to do a production run’s worth of setup for a sample batch’s worth of revenue. The right move then is not to push harder — it is to change the product to fit the quantity, which usually means existing tooling, standard packaging, or a sub-assembly.
The buyers who get small orders made well are the ones who decided which of their requirements were real before they started negotiating. If the shape must be bespoke, expect to pay for it. If it merely looked better bespoke, you were buying a problem.
If you want to know which floor is holding your quantity, send the specification with the quantity you need and we will tell you which term is binding in your configuration — including when the answer is that a different product would serve you at that volume. Cathy handles these enquiries directly, and a two-line brief is enough to start.
Frequently asked questions
Is the minimum a machine limitation?
Rarely. Modern assembly and test equipment can run small batches, and a factory that wanted to could build fifty units. The limit is commercial rather than technical: the fixed costs of setting up do not care how many units you want, so at a very small quantity the per-unit charge for those costs becomes absurd, and the supplier would rather decline than quote a number that will end the conversation. When a supplier says they cannot do 300, the honest translation is usually that the price at 300 would be one you would not accept.
Can I pay extra to get under the minimum?
Often yes, and this is the cleanest route if you need it. Ask for the price at the quantity you want with the setup charged separately and visibly, rather than buried in the unit price. You will pay a higher per-piece figure and you will see exactly why. Some suppliers will not offer this because their costing model cannot express it, which is itself information. The version to avoid is a supplier who quietly accepts your quantity and then delivers a different product, a lower grade or a longer schedule than the larger order would have had.
Does changing the capacity lower the minimum?
Sometimes, because capacity changes the component. Lower capacities use smaller dies, and small dies may come on reels with different counts, or be available in semi-finished form that the factory holds anyway. Higher capacities can be the opposite: the die may only be practical to buy in larger lot sizes. If your minimum is being set by a reel of one specific component, asking what that component's reel count is tells you whether capacity is the lever.
Can I share a production slot with another order?
That is what a factory with existing tooling and a standard housing is already doing — running your units alongside other customers' on the same line, with your own material lot. It is normal, it is how small orders become possible at all, and it is worth asking about explicitly: does my order need its own changeover, or can it follow another run on the same configuration? The answer decides whether your minimum is a setup number or a changeover number.
How do I know the minimum I was quoted is real and not a sales tactic?
Ask what sets it. A real minimum has a decomposition: this many units is one reel, plus tooling amortisation at the rate we need, plus freight at a sensible fraction of the order. A number invented to push you up has no decomposition and the answer will be circular — 'that is our policy'. The second test is to ask at three quantities. A genuine cost structure produces a smooth relationship between them; a policy produces round numbers with gaps.