ASML lifts 2026 sales target

ASML has lifted its 2026 sales outlook to €43-45 billion, from €36-40 billion, because the AI boom has moved from software promise into factory orders. The companies making advanced processors and memory chips need more lithography machines, the systems that print circuit patterns on silicon wafers, and ASML makes the machines they cannot do without (ASML, CNBC).

At the midpoint, that is a rise of roughly €5 billion. The figure matters because ASML is not just another supplier in the semiconductor chain. If TSMC, Samsung, SK Hynix or Micron want to expand production of the chips needed for AI models, they have to buy ASML equipment (Economic Times/Reuters). The demand for computing power shows up first as capital spending in places such as Taiwan, South Korea and the United States, but the bottleneck runs through a Dutch town.

Why ASML Has Pricing Power, Not Just Demand

ASML’s strongest position is in EUV, or extreme ultraviolet lithography, the most advanced version of the technology used to etch chips at tiny scales. Almost all expanded capacity for its flagship EUV machines through 2027 is already spoken for. The company plans to raise 2027 production by 30% for both EUV and older DUV, or deep ultraviolet, systems (ASML, Biz Chosun).

That is why the margin guidance matters. Expected gross margins have risen to 54-56%, from 51-53% (Yahoo Finance/Reuters). When the queue is full years in advance, the supplier at the front of the queue has room to price accordingly.

There is a second revenue stream as well. Service and upgrades on machines already installed brought in about €2.8 billion in the second quarter, roughly €300 million ahead of expectations (Investing.com). Chipmakers are not only ordering new kit. They are paying to get more output from what is already on the factory floor.

Four Countries, Four Layers of the Same Boom

ASML is headquartered in Veldhoven, but the economic gain is spread across Europe in a way that shows how industrial depth actually works. Germany’s Carl Zeiss SMT supplies the precision optics at the centre of EUV systems (FAZ, Dr. Web). More ASML machines means more Zeiss optics. Berlin is also putting public money behind chipmaking, with the TSMC factory in Dresden receiving around €5 billion in state support (ZEIT).

Belgium sits in a different part of the chain. Imec, the independent research hub in Leuven, runs pilot lines where chipmakers test new processes on ASML equipment before risking them in mass production. A five-year agreement puts ASML’s full tool portfolio inside imec’s NanoIC pilot line (imec, Data Center Dynamics).

Ireland’s role is more direct than it used to be. Intel has announced a €5 billion upgrade of its Leixlip fabrication campus for AI and high-performance computing (RTÉ, Reuters). For Ireland, this is not an abstract European industrial-policy story. It is a test of whether a country that built much of its modern economy around foreign direct investment can still host the next generation of strategic manufacturing.

The Netherlands integrates the machine. Germany supplies crucial inputs. Belgium validates the next process. Ireland manufactures. Each country captures a different layer of the AI hardware boom.

Where Europe’s Grip Loosens

The weakness is that ASML’s customers are mostly outside Europe. Many of the chips made with its machines are designed, packaged and deployed in Asia or the United States. Europe builds a tool nobody else can make, but the largest AI profits sit with chip designers such as Nvidia, cloud platforms such as Microsoft and Amazon, and the businesses built on top of them. Europe owns the bottleneck, not the full value chain.

The order book is narrow too. A small number of buyers drive most of the revenue, and each machine costs hundreds of millions of euro. A delayed order from one major customer can move quarterly results.

Then there is politics. ASML says it has never delivered EUV machines or EUV-related parts to China (FAZ), but China still accounts for roughly 20% of expected 2026 sales through older DUV tools and services (ASML, Economic Times/Reuters). If US-led export controls tighten further, that share could shrink. The Netherlands has leverage, but it does not write the rules alone.

Ireland has its own constraint, and it is a familiar one. Intel has pointed to high electricity and construction costs, while an Irish Times editorial argued that energy, water and housing delivery will decide whether Ireland can host projects at this scale (Irish Times). The State can win the investment and still struggle to provide the physical capacity around it.

ASML’s upgraded outlook shows that Europe controls one of the hardest parts of the global AI economy to copy. It is already creating revenue and supplier demand across four member states. What Europe has not yet done is turn that bottleneck into a broader AI industrial base. That gap will be closed, if it is closed at all, through factories, skills and power grids, not strategy papers.