ASML’s Zero Europe Sales Signal a Harder Road to the EU’s 2030 Chip Goal

Europe has one of the semiconductor industry’s most strategic companies in ASML. But leadership in chipmaking equipment is not the same thing as hosting new chip factories. A reported absence of ASML equipment sales in Europe during Q2 2026 puts that gap into sharp relief. 4

What ASML’s reported zero sales in Europe actually signals

An ASML executive was reported as saying the company had no chip-manufacturing-equipment sales in Europe because there was no investment and no fabs being built. 4 If accurate, that is significant because lithography-tool purchases are a practical early indicator of fab buildouts: factories need to order and install complex production equipment well before they can manufacture chips.

The figure should be read carefully. It describes a single quarter and does not establish that every European semiconductor project has stopped or that ASML has no European business of any kind. Still, it is a troubling operational indicator when set beside an AI-led global buildout that is lifting demand for advanced logic and memory manufacturing equipment.

The strategic distinction is simple: Europe can be home to the world’s leading lithography supplier while much of the manufacturing capacity that uses those tools is located elsewhere. That leaves Europe’s chip users dependent on supply chains, capacity decisions and delivery schedules outside the region.

Why this raises the stakes for the European Chips Act

The European Commission says the EU currently accounts for roughly 10% of global semiconductor market share and has set a goal of reaching 20% by 2030. The European Chips Act entered into force on 21 September 2023. 17

Reaching a larger share of a growing global market is more difficult than simply doubling today’s European output. Europe would need to add capacity quickly enough to grow faster than the worldwide industry, while ensuring that projects have customers, capital, skilled workers, utilities, materials and supporting suppliers.

A quiet quarter for equipment sales does not make the 2030 target impossible. It does, however, illustrate why the target depends on execution rather than policy ambition alone. New fabs take years to plan, finance, equip and qualify. Lost time in the equipment-order phase can therefore matter disproportionately.

ASML is expanding for global demand, not necessarily European demand

ASML’s own results show that the broader equipment cycle remains strong. The company reported €9.3 billion in total net sales in Q2 2026, €6.6 billion in net system sales and €2.9 billion in net income. It raised its full-year 2026 sales outlook to €43–45 billion. 11

ASML also said its first-half order intake was extremely strong. It plans to increase 2027 capacity for low-NA EUV systems by 30% from its 2026 level of around 65 systems, and is investigating another 30% increase for 2028. The company outlined a similar 30% 2027 capacity increase for immersion-DUV systems. 11

That is an important response to customer demand and a potential relief valve for a tight equipment market. But additional ASML production capacity does not determine where the resulting tools will be installed. The location of future fab capacity will still reflect where customers decide to build—and where projects can secure funding, permits, infrastructure and demand.

The bottleneck is broader than lithography

The reported European sales gap also highlights a wider lesson from the AI semiconductor cycle: more lithography tools alone do not create chip supply. A new fab depends on clean-room construction, wafers, specialty chemicals and gases, substrates, packaging, memory supply, electricity, water and trained operators.

That means the next supply constraint may shift from one link in the chain to another. ASML’s planned capacity expansion can ease one important equipment bottleneck, but it cannot by itself ensure sufficient wafer, packaging or memory capacity.

A warning sign, not a final verdict

The strongest conclusion from the reported Q2 figure is not that Europe has exited semiconductors. It is that Europe’s manufacturing ambitions face a visible test: whether the region can translate its technological strengths into a sustained pipeline of operating fabs.

ASML’s rising sales and expansion plans demonstrate that customers worldwide are preparing for more semiconductor demand. 11 For the EU, the question is whether a meaningful share of that next investment cycle is built at home. Without faster project execution, the target of a 20% global share by 2030 becomes substantially harder to achieve. 17