Nearshoring Doesn’t Move Components: The Supply Chain Reality Behind European Assembly

In short

  • Nearshoring solves lead times, engineering access and communication. It does not change where semiconductors, passives and printed circuit boards are made.
  • Component risk has to be managed at BOM level, starting at design stage — not discovered when a line stops.
  • For most Estonian manufacturers the practical work is unglamorous: origin visibility, early qualification of alternatives, and lifecycle management of components that will outlive their suppliers.

Nearshoring has become the default response to a decade of supply chain disruption, and for good reason. But it is worth being precise about what moving assembly to Europe actually changes — and what it leaves exactly where it was.

What nearshoring genuinely solves

Bringing production closer delivers real, measurable advantages. Delivery times shorten from weeks on the ocean to days by road. Engineering collaboration becomes a same-day activity rather than something that requires a scheduled video call, which matters most during new product introduction, first article inspections and problem solving. Communication runs in a shared business language and a shared time zone. Smaller batch sizes and faster changeovers become economically sensible in a way they rarely are over long distances.

These are not marginal gains. For products with frequent engineering changes, high reliability requirements or unpredictable demand, they often outweigh a lower unit price quoted from further away.

What nearshoring does not solve: the component base is still global

Moving assembly to Europe does not move semiconductors, passives and printed circuit boards to Europe. This is the part of the equation that remains unsolved, and it affects every manufacturer in the region regardless of where the soldering happens.

The current picture is tight. Laminate prices are up 15–20%. Capacity is being allocated toward data center products, which compete for the same fabs and the same substrates. Portions of 2026 semiconductor capacity were sold out well before the year began. A European assembly address does not create priority with a component manufacturer in Asia, and it does not shorten a 40-week lead time.

The uncomfortable conclusion is that supply risk did not disappear during the nearshoring conversation. It simply moved from a visible logistics problem to an invisible component problem, at least until a production line stops.

Why this matters more than it did five years ago

European electronics manufacturing operates from a modest position. Europe accounts for roughly 2.5% of the global EMS and ODM market, while Taiwan and China together hold more than 80%. The sector is also fragmented: there are approximately 2,300 EMS companies in Europe, around 1,900 of them below €10 million in turnover, and the top 20 are spread across 14 countries.

2025 was difficult. The European EMS market declined roughly 5%, and about three out of four European EMS companies reported lower revenue. Consolidation has followed — Hanza acquiring BMK, Kontron acquiring Katek, with further acquisitions by Scanfil and Kitron. In a sector of mostly small companies with thin balance sheets, a component problem is not only an engineering inconvenience; it is a financial event.

What manufacturers can actually do: supply chain risk management in practice

Know the BOM at line-item level

Component origin needs to be known per line item, not per supplier and not per distributor. Where a part is bought is frequently not where it is made, and a distributor invoice tells you nothing about which fab is behind it. Without that visibility, risk assessment is guesswork.

Treat requalification as lead time, not paperwork

Changing a component means samples, validation, first articles, and in regulated industries a documented approval cycle. If requalification begins only after a shortage has started to bite, it becomes the critical path. Started early, it remains a background activity.

Design for availability, not only for function

Component selection fixes supply risk long before purchasing begins. Choosing parts with multiple sources, avoiding single-source packages where an alternative performs adequately, and designing footprints that accept more than one manufacturer are decisions that cost nothing at design stage and a great deal afterwards.

Manage the lifecycle, not only the purchase

For products that remain in production for ten to fifteen years, obsolescence management is a continuous process rather than an occasional crisis: monitoring end-of-life notices, deciding between last-time buys, alternative components and redesign, and managing excess and obsolete stock so that the cost of resilience does not quietly exceed the risk it covers.

Build relationships where the components are made

Proximity to the customer and proximity to the component market are two different things, and a European manufacturer needs both. Sourcing presence in Asia — people who are close to the component market, speak the language and have long relationships with manufacturers — is what turns an allocation decision in your favor during a shortage.

The honest summary

Nearshoring is worth doing for what it actually delivers: speed, engineering access, flexibility and lower logistics risk. It should not be sold internally as a solution to component dependency, because it is not one. The manufacturers who come through the next tight cycle in good shape will be the ones who treated their bill of materials as a risk register rather than a purchasing document.

And one constraint applies to all of this: the work needs people. The European electronics sector needs to fill roughly 270,000 positions by 2030, and in Estonia the annual shortfall is around 1,400 specialists and 700 skilled workers. Supply chain competence is one of the scarcer skills in that figure. Supply chain expertise is among the scarcest skills within that talent gap.

Frequently asked questions

Why does European assembly not mean European components?

Assembly and component manufacturing are separate industries with separate geographies. Europe has assembly capacity but produces only a small share of the world’s semiconductors, passive components and printed circuit boards. Moving the assembly step to Europe changes where a product is built, not where its parts originate.

What is obsolescence management?

It is the ongoing process of anticipating and managing the end of life of electronic components: monitoring discontinuation notices, deciding between a last-time buy, an alternative component or a redesign, and managing excess and obsolete stock. For products with a ten to fifteen year service life it is a standing activity, not a project.

What is a last-time buy?

A final purchase of a component before its manufacturer discontinues it, sized to cover remaining production and service requirements. It buys time, but it also ties up capital and carries the risk of over- or under-estimating demand — which is why it is one option among several rather than a default.

How can an OEM reduce component risk at design stage?

By selecting components with more than one qualified source, avoiding single-source packages where an equivalent exists, designing footprints that accept alternatives, and involving the manufacturing partner early enough that availability data informs the design rather than arriving after it is frozen.

Sources

Aurightec provides electronics manufacturing services with production in Estonia, China and Malaysia. Component origin, alternative sourcing, last-time buys and lifecycle supply questions are handled by our sourcing and supply chain teams, including a dedicated sourcing organisation based in China.

By Andrius Luinys, Global Sales Director, Aurightec