ASML is preparing for a much larger production push as demand for AI chips increases. The Dutch company is the only manufacturer in the world that makes EUV lithography machines, the equipment needed to produce modern AI chips.
The plan is ambitious: build at least 60 standard EUV machines in 2026. That would be 36 percent more than in 2025, according to the source article, which cites reporting from the Wall Street Journal.
Why ASML’s EUV machines matter
EUV lithography machines sit at a critical point in AI hardware. They are used to print microscopic patterns onto silicon wafers, which makes them essential for producing modern AI chips.
That gives ASML an unusual role in the current AI buildout. When large technology companies increase AI spending, chipmakers need more capacity. When chipmakers increase spending, demand rises for the machines that help produce the chips.
The source describes a clear demand chain:
- Microsoft, Meta, Amazon, and Alphabet plan to spend over $600 billion on AI investments this year alone.
- That spending is pushing chipmakers like TSMC to accelerate their own spending.
- That, in turn, is driving more demand for ASML’s EUV lithography machines.
ASML CEO Christophe Fouquet has said the company does not want to become a bottleneck for its customers. That concern helps explain why the company is moving to expand production even though the machines are difficult to build quickly.
The production target is only part of the challenge
Building more standard EUV machines is not a simple factory scaling problem. The machines are bus-sized, take months to assemble, and require components from hundreds of suppliers.
The technology inside them is also unusually demanding. A high-powered laser vaporizes tiny tin droplets to produce extreme ultraviolet light. That light is then used to create microscopic patterns on silicon wafers.
Precision is central to the process. The source notes that even a single speck of dust can disrupt production. That makes expansion about more than buying equipment or hiring workers; ASML has to increase output while maintaining the conditions required for one of the most complex manufacturing processes in the chip industry.
The company expects annual revenue to reach $42 to $47 billion, compared with roughly $38 billion the previous year. That forecast reflects both the intensity of demand and the importance of ASML’s position in the AI chip market.
ASML is spending heavily to expand capacity
ASML is investing about $2.2 billion in buildings and equipment this year. That is roughly 20 percent more than in 2025.
The expansion includes new cleanrooms in the US, Germany, and South Korea. Construction on a new campus is also set to begin at the company’s Dutch headquarters in Veldhoven.
Talent is another constraint. ASML is recruiting globally because the labor market in the southern Netherlands is largely tapped out. For a company building machines that take months to assemble and depend on a wide supplier base, staffing is part of the capacity problem.
The source also notes a pricing divide between current and future equipment. Next-generation models cost around $400 million or more, according to analysts. TSMC has said it will stick with the standard EUV machines for now because the newer models are too expensive.
That choice matters for ASML’s 2026 target. The company is not only preparing for future technology needs; it is also trying to deliver more of the standard EUV machines that major customers still want to use now.
ASML is looking beyond EUV production
ASML’s strategy is not limited to building more machines. The company is also moving into advanced packaging, a technique that connects and stacks multiple specialized chips together.
Advanced packaging is critical for Nvidia’s most powerful AI processors, according to the source. ASML CTO Marco Pieters told Reuters that the company plans 10 to 15 years ahead and is studying what kinds of machines the industry will need for packaging in the future.
This points to a broader shift. AI chip demand is not only about producing more silicon wafers. It is also about how specialized chips are combined, connected, and packaged into more powerful systems.
ASML has also invested 1.3 billion euros in French AI startup Mistral AI, making it the company’s largest shareholder. The partnership between the two European technology companies is meant to help reduce Europe’s dependence on American and Chinese AI models.
The bigger picture for AI hardware
The AI boom is often discussed through software, models, and data centers. The ASML expansion shows how much of the current race depends on specialized manufacturing equipment.
If Microsoft, Meta, Amazon, and Alphabet spend over $600 billion on AI investments this year alone, the pressure does not stop with those companies. It moves through chipmakers such as TSMC and reaches the companies that build the machines needed to manufacture advanced chips.
ASML’s target of at least 60 standard EUV machines in 2026 is therefore more than an internal production goal. It is a signal that the physical infrastructure behind AI is still expanding, and that one company’s ability to scale complex equipment can influence how quickly customers get the tools they need.