ASML posts record €11.7bn Q3 sales as AI demand drives order surge

The Dutch lithography giant beat its own guidance in Q3 2026 and says AI-driven chip demand means supply will fall short through 2028.

A large, silver industrial machine with a polished, articulated robotic arm and a reflective square panel operates in a brightly lit clean room, flanked by white cabinets and rolling laboratory carts with monitors.

ASML Holding reported record third-quarter total net sales of €11.7 billion, up from €9.3 billion in Q2 2026, with a gross margin of 57.5% and net income of €5.0 billion. The Veldhoven-based lithography equipment maker beat the top end of its own guidance range and said Installed Base Management (IBM) sales, which cover service contracts and productivity upgrades, came in at €3.3 billion, also above forecast. The company sold 113 new lithography systems in the quarter, compared with 86 in Q2.

For the fourth quarter, ASML guided total net sales of between €14.2 billion and €15.2 billion, with a gross margin around 57%. The full-year 2026 outlook was set at €44 billion to €45 billion in total net sales at a gross margin of around 56%. Cash and short-term investments on the balance sheet stood at €12.7 billion at the end of Q3.

AI demand reshaping the order book

The most consequential disclosure in the results was not the headline revenue figure but the forward demand signal. Chief executive Christophe Fouquet said that chipmaker customers are increasing their short- and medium-term equipment forecasts, driven by their expectations about the scale and duration of AI-related capital investment. Some customers are already expressing interest in placing orders for delivery in 2029 and 2030, an unusually long planning horizon in an industry accustomed to cyclical volatility.

More strikingly, Fouquet indicated that ASML's current supply plan for both 2027 and 2028 will not be sufficient to meet demand, and that the company is investigating capacity increases for 2028 beyond the 30% uplift it had previously announced for its low-NA EUV and DUV immersion lines. "In light of their demand visibility, some customers are expressing an interest in placing orders with us for 2029 and even 2030," he said.

Market context and competitive position

ASML occupies a structurally unique position in the global semiconductor supply chain. It is the sole manufacturer of extreme ultraviolet (EUV) lithography systems, the machines required to print the most advanced chip geometries at scale. No near-term competitor has reached volume production of comparable systems. That monopoly has shielded ASML from the pricing pressure that affects most capital equipment vendors and allowed it to sustain gross margins above 50% even during softer industry cycles.

The surge in AI-related chip demand is disproportionately beneficial to ASML because leading-edge logic chips, which power AI training and inference, require the highest density of EUV passes per wafer. As hyperscalers and AI-chip designers continue to expand capacity, orders for both new EUV systems and productivity upgrades to existing installed base flow directly to ASML.

The company's position is not without risk. US export controls restricting the shipment of certain lithography equipment to China remain in force and have tightened over the past two years. ASML acknowledges in its forward-looking risk disclosures that changes in export regulation and trade policy could affect its ability to sell systems or provide services to some customers. China had historically been a significant revenue contributor, particularly for the company's older DUV immersion tools. Restrictions on those shipments add uncertainty to the outer years of any demand forecast.

Shareholder returns

ASML repurchased approximately €4.1 billion of its own shares during the third quarter under its 2026 to 2028 buyback programme. An interim dividend of €1.88 per ordinary share is payable on 4 November 2026. The buyback pace underscores the company's confidence in its cash generation at a time when it is simultaneously investigating capacity expansions that will require significant capital outlay.