No. ASML gives Europe a strategically important position in semiconductor manufacturing, but one leading equipment company cannot make the continent self-sufficient in chips. Technological sovereignty depends on the whole chain: design, factories, equipment, materials, components, customers and the ability to keep them working during a crisis.
Why is ASML so important?
ASML, headquartered in the Netherlands, makes industrial systems used by chip manufacturers to pattern and inspect semiconductor wafers. Lithography is a critical step in production: without the equipment and related capabilities, chipmakers cannot manufacture chips to their chosen designs and processes. ASML’s portfolio includes extreme ultraviolet (EUV) and deep ultraviolet (DUV) lithography systems, as well as metrology and inspection equipment. These are factory tools, not consumer electronics.
ASML reported 535 systems sold in 2025 and €32.7 billion in total net sales under US GAAP for that year. Its 2025 annual report also records €4.7 billion in research and development spending. The system count is not a measure of revenue, installed machines or chipmaking capacity. For comparison, ASML’s 2024 annual report lists 583 net system sales: 44 EUV systems, 374 DUV systems and 165 metrology and inspection systems. Those counts describe different reporting years, not a contradiction.
Those figures show the scale of a strategically significant supplier, not that Europe controls every stage of semiconductor production. ASML CEO Christophe Fouquet described innovation as the engine of the company in its 2025 annual report; the strategic question for Europe is how far that strength can support capabilities beyond ASML itself.
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What does technological sovereignty mean in this case?
Sovereignty does not have to mean making every chip, machine and component within Europe. In this context, it means having enough capability, dependable access and crisis readiness to protect important economic and security needs. Owning or hosting a leading company helps, but it is not the same as controlling the wider value chain or being able to withstand a major interruption to trade.
| Dimension | What ASML contributes | What Europe also needs |
|---|---|---|
| Equipment | A major European capability in lithography and related manufacturing systems. | Reliable access to the other equipment, parts and services needed by chip factories. |
| Production | Tools that chipmakers use in manufacturing. | Enough suitable chip-design and fabrication capacity, including for advanced and specialised mature chips. |
| Inputs | A company with an important role in the equipment chain. | Resilient access to materials, components, suppliers and manufacturing sites across the chain. |
| Crisis readiness | A strategic industrial asset located in Europe. | Plans and alternatives that preserve access to important technologies when trade or geopolitics disrupt normal supply. |
| Rules and control | A company whose exports are subject to applicable national and EU controls. | Security policies that address risks while accounting for their effects on commercial access and supply chains. |
Why does ASML’s supply chain limit the sovereignty it represents?
ASML’s own disclosures make clear that European headquarters do not mean European-only inputs. The company says approximately 80% of its bill of materials comes from a global supplier network. Its 2025 annual report also identifies dependence on a limited number of critical suppliers and manufacturing facilities as business risks. ASML reported 5,150 suppliers in 2024, but that total does not reveal where each component is made or how easily it could be replaced.
This dependence is not unique to ASML: semiconductor manufacturing relies on specialised inputs and internationally connected firms. The European Court of Auditors’ 2025 report on the EU’s microchip strategy describes how Russia’s war against Ukraine disrupted global neon supplies used in laser lithography. It also highlights the importance of Taiwan and China in semiconductor supply chains and the insecurity associated with cross-strait tensions. These examples show how a disruption outside Europe can affect the wider system, even when a strategically important company is based inside the EU.
The available company disclosures do not provide a full component-by-component supplier map. It would therefore be misleading to infer specific national shares or name particular suppliers as single points of failure without further evidence.
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ASML cannot freely sell every system to every customer. Licensing requirements can depend on the product, destination, end user and applicable rules, and different equipment types should not be treated as if they face identical restrictions.
ASML’s 2025 annual report says that in November 2025 the EU incorporated certain Dutch national controls into the EU Control List. The change requires licenses for specified equipment, including DUV immersion systems exported outside the EU. ASML says those systems already required a Netherlands license, so the EU list change did not alter its licensing requirement.
This specific EU update sits within a broader international policy landscape. The European Court of Auditors describes advanced equipment restrictions following US controls announced in 2022 and additional curbs agreed by Japan and the Netherlands in March 2023. The audit notes that negotiations often take place at member-state level. It also records stakeholder concerns that export controls can disrupt supply chains, raise production costs, limit access to materials or advanced technology, and delay equipment access. Those are documented risks and concerns, not proof that every control produces those effects in every case.
ASML’s statement of 2 December 2024 about updated US restrictions said the expected impact on its 2025 outlook was within the range it had previously communicated. That was the company’s dated outlook, not an independent estimate of the eventual economic effects.
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The European Commission’s 2026 Chips Act 2.0 proposal frames the problem as overdependence on third countries for semiconductor design and manufacturing, alongside inadequate crisis preparedness. It aims to strengthen competitiveness and resilience across the semiconductor value chain and improve security of supply. The proposal covers both cutting-edge chips and mature, specialised technologies used by sectors such as automotive, aeronautics, defence, telecommunications and cloud services.
The proposal also places greater emphasis on demand-side measures than the first Chips Act, which the Commission characterises as predominantly supply-driven. That shift matters because factories and equipment alone do not determine whether European industries can obtain the chips they need. Demand, design, production and supply security have to work together.
On 3 June 2026, the Commission presented a wider technology-sovereignty package linking Chips Act 2.0 with a Cloud and AI Development Act, an EU Open Source Strategy and a strategic roadmap for digitalisation and AI in energy. The stated approach spans chips, infrastructure, software, cloud and AI. These are policy proposals and plans, not evidence that Europe has already achieved resilience or reduced its dependencies.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.What would make Europe more resilient?
Europe’s challenge is not simply to produce more of one kind of chip or to keep a leading equipment company on the continent. It is to reduce the consequences of dependence where disruptions would threaten important services and industries. That requires attention to several connected choices:
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- Cover different kinds of chips. Advanced logic and memory attract attention, but mature and specialised chips also support industrial sectors and infrastructure.
- Look across the value chain. Design and fabrication depend on equipment, materials, components, suppliers and end-user demand. A bottleneck at any of these points can constrain production.
- Balance efficiency with resilience. Global sourcing can connect companies to specialised capabilities; regional capacity and alternative sources can reduce exposure to interruptions. The trade-off is not resolved simply by declaring a supply chain “European.”
- Pair security with workable commercial access. Export controls can serve security objectives, while also creating risks of delay, cost or disruption. Policy must account for both sides rather than treating either as automatic.
- Judge policies by delivery. Announced objectives and proposed laws are not the same as operating capacity, diversified inputs or demonstrated crisis readiness.
The European Court of Auditors’ account of geopolitical exposure and stakeholder concerns gives context for these choices; the Commission’s 2026 proposals set out intended policy responses. Neither by itself establishes how much resilience has been achieved.
Does ASML make Europe technologically sovereign?
ASML gives Europe a rare and strategically important capability, but it does not make the continent sovereign across semiconductor manufacturing. Its global supplier network, the international reach of chip production and the application of export controls all illustrate why leadership in one critical technology is different from control of the entire chain. Europe’s sovereignty will depend on whether it can combine that industrial strength with broader capabilities, dependable access to inputs and credible preparation for disruption.
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