Nearshoring is on every sourcing agenda, and most of what is written about it is written by people selling it. This guide takes the other approach: the actual calculation. When does moving plastic-component production closer to your European operations pay off, and when is the honest answer that it doesn’t?
We supply injection moulded components from Denmark, so we have a position. We also believe the calculation speaks well enough for itself that we don’t need to put a thumb on the scale.
What does nearshoring actually change?
Not the part. A component moulded in Asia and the same component moulded in Denmark can be identical in geometry and material. What changes is everything around the part: freight time and freight cost, inventory depth, response time on engineering changes, regulatory proximity, currency and tariff exposure, and the carbon attached to transport. Nearshoring is a supply-chain decision, not a product decision: which is why it belongs in a total-cost calculation, not a unit-price comparison.
Why is unit price the wrong number to compare?
Because unit price is the only number that reliably favours distant suppliers; it excludes most of what you actually pay. Run the landed-cost calculation per component family: for heavy or bulky components freight alone can move the comparison; for light, dense, high-value parts it may not.
| Landed-cost factor | What it adds to the comparison |
|---|---|
| Freight, duties, customs | The direct costs unit price leaves out. |
| Working capital | Money tied up in goods on the water and in buffer stock. |
| Obsolescence risk | Buffer stock loses its value when the design changes. |
| Quality escapes | Defects surface only after eight weeks in transit. |
| Switching & requalification | The regulatory cost if a distant supplier relationship fails. |
| Tariff & policy risk | A long chain carries risk a European-to-European chain does not. |
| Transport CO₂ | The scope 3 line a sourcing decision directly controls. |
What does distance cost in a regulated programme?
For medical components, the largest hidden numbers are regulatory. A validated supplier is an asset in your device file; every complaint investigation, audit, change notification and revalidation runs faster when the supplier is a short flight away, in an adjacent time zone, under a European regulatory culture your auditors already know. And if a distant supplier relationship fails mid-programme, the switching cost is not a new purchase order; it is requalification, revalidation and regulatory work that can exceed years of unit-price savings. This is the same switching-cost logic that applies to choosing a supplier in the first place: distance multiplies it.
What happens when you need a design change?
A design revision with a supplier twelve time zones away is an email thread, a tooling queue, a sample shipment and a month. The same revision with a nearby supplier can be a video call, a tool adjustment and samples in days: in production material, if the supplier prototypes in production materials. In development-heavy phases, iteration speed is worth more than unit price; in stable high-volume phases, it matters less. Weight the factor by where your product actually is in its lifecycle.
What about tariffs and trade risk?
Tariff exposure has re-entered the sourcing calculation after years of being rounded to zero. The honest treatment is not a prediction; it is recognising that a long supply chain now carries policy risk that a European-to-European chain does not, and pricing that risk into the comparison rather than assuming today’s rates are permanent in either direction.
What does the CO₂ math say?
Scope 3 reporting, accounting for the emissions in your supply chain, is moving from voluntary to expected across medical and industrial supply chains, and transport is the component of product carbon a sourcing decision directly controls. The relevant question for a supplier is not whether they have a sustainability page; it is whether they can hand you a per-component CO₂ figure you can enter into your own reporting, so the nearshoring comparison can include carbon as a number rather than a sentiment.
When does nearshoring NOT pay off?
Honestly: for very-high-volume, design-stable commodity parts with no regulatory burden, low freight sensitivity and no engineering-change traffic, a distant low-cost supplier with a mature quality record may remain the rational choice. Nearshoring earns its premium where regulation, iteration, responsiveness, supply risk or carbon accounting carry real weight. If none of them do for a given component, the calculation will say so, and a credible European supplier should be able to tell you that to your face.
Does European production have to cost more?
Only if it isn’t automated. Labour-cost disadvantage is real and automation is the answer to it: automated moulding, handling and assembly compress the labour content per part until European unit costs hold up against distant alternatives, and the landed-cost factors above then do the rest. When you evaluate a European supplier’s nearshoring pitch, ask to see the automation, not the brochure. If the unit price is carried by robots, the offer is durable; if it is carried by goodwill, it isn’t.
Is there a way to nearshore without tooling investment?
For standard components, eyelets, valves, connectors, flanges, fittings, yes: choosing a European manufacturer’s existing catalogue range means the tooling already exists and the components are available from stock, which makes the nearshoring decision reversible and fast. For custom components, the tooling investment is the entry ticket either way; the question becomes where the tool lives and who can iterate it quickly.
Where Carmo fits
We wrote this guide the way we run the conversation with our own prospects: including the part where we tell some of them that their commodity part should probably stay where it is.
When the calculation does land in Europe, this is where we come in. Carmo makes injection moulded components in Espergærde, Denmark, under an ISO 13485-certified quality management system, with automation carrying the unit economics that let Danish production hold up in a landed-cost comparison.
On the rest of what this guide weighs: our ERP gives you a per-component CO₂ figure for your scope 3 line; our standard range ships from stock, without tooling; and for custom parts, one team takes the project from prototype, in production material, via Carmo Print Moulding, into volume, each iteration a short conversation rather than a long shipment.
If you are running the nearshoring calculation for a component programme, talk to our team: bring the drawings, and we will run the honest version of the numbers with you, including the factors that don’t favour us.
