ASML posts record quarter as AI demand outpaces expansion plans

ASML had a record third quarter because customers wanted more machines as demand for AI-related chips accelerated. The company also sold more upgrades for existing machines than expected. Together, these trends lifted sales and profitability sharply.

ASML reported €11.7 billion in sales and €5 billion in net profit. Upgrade sales reached €3.3 billion, helping push the profit margin to 57.5%. Net profit was far above the €2.1 billion recorded a year earlier.

The result shows that ASML is benefiting from both new equipment orders and spending by existing customers. Demand is now growing faster than the company’s expansion plans. ASML had planned to increase capacity by 30% in 2027, with a possible further 30% increase in 2028, but says those plans still may not satisfy customers.

ASML’s record quarter produced €11.7 billion in sales and €5 billion in net profit. These figures show the extraordinary scale of the company’s current business and the strength of demand from chip manufacturers.

Compared with last year, net profit rose from €2.1 billion to €5 billion. That is an increase of €2.9 billion, meaning profit was about 2.4 times higher, or approximately 138% greater. The company’s profit margin reached 57.5%.

The improvement came as AI demand encouraged customers to raise their machine forecasts. Sales of upgrades for existing machines also exceeded expectations, reaching €3.3 billion. ASML expects fourth-quarter sales of €14.2 billion to €15.2 billion, and full-year sales of €44 billion to €45 billion. These forecasts point to continued momentum beyond the record quarter.

ASML is a Dutch chip-machine maker. It supplies equipment to companies that manufacture semiconductor chips. The article presents ASML as a crucial equipment provider whose customers are increasing orders because AI demand is growing.

In established industry terms, ASML mainly makes advanced lithography machines. These machines use precisely controlled light and optics to transfer tiny circuit patterns onto semiconductor wafers. That patterning process helps chipmakers build the many layers needed for modern chips. The source article itself does not name lithography or describe the machines’ operation.

ASML’s importance is visible in its capacity plans and results. It planned to raise production capacity by 30% in 2027, with a possible further 30% in 2028. Yet customer forecasts have risen so much that even those increases may not meet demand. ASML also earns substantial revenue by upgrading machines already in use.

Artificial intelligence relies on powerful computing systems, which require large numbers of advanced chips. As companies expand AI services and infrastructure, chipmakers expect to produce more of these chips. That raises demand for the specialized equipment used to manufacture them.

The article gives a direct example: ASML’s customers are continuously raising their forecasts for how many machines they will need. This is pushing ASML to make more machines. In established industry terms, ASML’s equipment supports the precise patterning of semiconductor chips, so chip production cannot expand without enough suitable manufacturing tools.

The effect is already visible in ASML’s results. The company had a record third quarter, with €11.7 billion in sales and €5 billion in net profit. Demand is now outpacing its expansion plans. ASML planned 30% capacity growth in 2027 and possibly another 30% in 2028, but says even that may not fully satisfy customers.

ASML’s machines are part of the equipment needed to manufacture advanced semiconductor chips. If customers want more machines than ASML can supply, chipmakers may struggle to expand production as quickly as planned. The pressure begins with equipment availability, not necessarily with a sudden halt in all chipmaking.

The article provides the clearest warning: customers are continuously raising their forecasts, while ASML says its planned capacity increases may still not fully meet demand. In practical terms, fewer available machines can limit how quickly manufacturers add production capacity. That can make it harder to increase chip output.

The wider AI industry could then experience slower growth if the chips needed for AI systems are produced more slowly. This implication follows from the article’s link between AI demand, chipmakers’ equipment needs, and ASML’s capacity constraints. ASML expects strong near-term sales, but must expand production to keep pace with customers.

Upgrades matter because ASML earns money not only by selling new machines, but also by improving equipment customers already operate. This gives the company an additional revenue stream and helps customers increase the usefulness or capability of their existing manufacturing systems.

The article reports that upgrade sales reached €3.3 billion, above expectations. Those sales helped push ASML’s profit margin to 57.5%. The figure shows that servicing and enhancing the installed base can make a major contribution during a period when demand for new machines is already exceptionally strong.

Upgrades are especially important while ASML faces pressure to expand manufacturing capacity. Existing customers can spend on their current equipment while ASML works to produce more new machines. The article does not specify which technical improvements the upgrades provide. It does show that upgrades supported the record quarter and helped ASML deliver €5 billion in net profit.

Semiconductor chips are small electronic components made from semiconductor materials. They contain circuits that process information or control electrical signals. Phones, computers, vehicles, and AI systems depend on different kinds of chips, although those examples are general knowledge rather than details in the article.

Making chips smaller and more powerful means placing more circuit features into the same area. Manufacturing must therefore create extremely fine patterns and align many layers with great accuracy. Even tiny errors can damage a chip or reduce its performance. This requires highly advanced equipment, including the specialized machines ASML makes.

The article connects this manufacturing challenge to the AI boom. ASML’s customers are chipmakers, and they keep increasing forecasts for the machines they need. That demand helped produce €11.7 billion in quarterly sales. It also means ASML faces pressure to expand capacity, even though its planned 2027 and possible 2028 increases may not fully meet customer needs.