Moving small production runs from Asia to the EU

A lot of small plastic parts are made in Asia because they always have been. Somebody priced a run years ago, the unit cost was unbeatable, and the decision was never revisited — even as the quantities shrank, the lead times grew and every shipment started arriving with customs paperwork attached.

For high volumes, that original decision is often still right. For small runs, it is worth doing the sum again.

Where does Asian manufacturing still win?

At volume. Injection moulding in tens of thousands of units, where the cost of the mould is spread across so many parts that it nearly disappears, and the per-unit price is genuinely hard to match anywhere. If that is your product, keep it there. Nothing here argues otherwise.

Where does the sum change?

Below a few hundred or a few thousand units, depending on the part. Three costs that look small on a quote become large at low volume:

Tooling. A mould is a fixed cost paid before the first part exists. At ten thousand units it is a rounding error per part. At three hundred, it can be most of the price. And it is paid again every time the design changes.

Minimum order quantities. Moulding suppliers set minimums because setup is expensive. So you buy two thousand to use four hundred, and pay to store the rest — or to throw it away when the design changes.

Time. Sea freight from Asia is weeks on the water, plus customs clearance at the other end. A part that is needed in a fortnight cannot come that way at all, so it ends up air-freighted at a price that erases the unit-cost advantage.

Add the less visible costs — import duty, import VAT handling, customs brokerage, the risk of a shipment held at the border — and the gap at low volume narrows quickly.

What does an EU supplier change?

Within the European Union there are no customs between member states. A part made in Malta and delivered to Milan, Munich or Rotterdam involves no declaration, no import duty, no broker and no border delay. It travels like a domestic parcel.

That alone does not make an EU supplier cheaper per unit. What it does is remove the overhead that makes small, frequent orders from Asia impractical — and make it realistic to order the quantity you need, when you need it.

Where does 3D printing fit?

3D printing needs no mould. That changes the economics of low volume completely:

• No tooling cost, so a run of fifty is not penalised for being fifty
• No minimum order, so you buy what you will use
• Design changes cost a file edit, not a new mould — useful for products still evolving
• Every unit can differ, which matters for personalised or serialised parts

The limit is volume and unit cost: printing is slower per part than moulding, so past a certain quantity moulding wins again. The crossover point depends on the part, and it is set out in detail in 3D printing or injection moulding.

What kinds of parts move well?

• Low-volume product lines — accessories, spares, variants that sell in hundreds
• Replacement and spare parts, especially for products no longer in production
• Branded and promotional items where quantities are small and designs change each campaign — see corporate gifts
• Fixtures, jigs and enclosures for your own operations
• Anything still being iterated, where committing to a mould would freeze a design too early — rapid prototyping bridges that gap

What to ask any supplier, not only us

The questions that separate a dependable supplier from a cheap quote are the same whichever country they are in — they are collected in what to ask a custom manufacturing supplier.

Talking to us about a part

Send a drawing, a CAD file or the current part, the quantities you actually use per year, and how often you order. We will tell you honestly whether printing in the EU makes sense for it — including when it does not.