On October 14, 2026, Dutch chip equipment giant ASML released its third-quarter results: net sales of €11.7 billion and net profit of €4.96 billion, far exceeding the widely expected €4.1 billion. CEO Christophe Fouquet said on the earnings call that customers are not only competing for 2028 capacity — "there are already a large number of orders for 2028, and strong interest has also emerged for 2029 and even 2030 capacity."
A booking window stretching four years out is a rare signal in the semiconductor equipment industry. Lithography tool lead times are typically measured in years, and visibility generally runs 18 to 24 months. Customers locking in delivery slots three to four years in advance indicates that AI infrastructure buildout is not a short-term capex pulse.
Buoyed by this, ASML raised its full-year 2026 sales guidance to €44–45 billion, more than 20% above the midpoint of the €34–39 billion range issued at the start of the year. ASML shares rose 2% that day and are up nearly 70% year to date, giving the company a market capitalization of about €586 billion and making it the largest listed company in Europe.
How a Monopoly Turns AI Demand Into Pricing Power
There is no way to manufacture advanced AI chips without extreme ultraviolet (EUV) lithography. ASML is the only company in the world capable of building such equipment. That monopoly rests on decades of supply chain integration, precision optics manufacturing and systems engineering. A single EUV lithography machine contains roughly 100,000 components sourced from hundreds of specialized suppliers worldwide, making it extremely hard to replicate. TSMC uses the tools to make AI accelerators for Nvidia, Samsung uses them to make memory, and Intel uses them to rebuild its advanced process technology.
CFO Roger Dassen said on the earnings call that the company will begin raising prices starting in 2027, with "the full effect showing up in 2028." Customers already in the queue will face additional price pressure over the next two years.
The Supply-Demand Gap Has Been Quantified, but the Fix Has a Long Timeline
ASML announced in July 2026 that it would expand capacity by 30% in 2027 and by another 30% in 2028. On a low-NA EUV basis, annual shipments would rise from about 44 units in 2025 to about 85 in 2027 and about 110 in 2028. Speaking at the release of the third-quarter report, Fouquet said that expansion plan is no longer sufficient and that the company is studying ways to further increase capacity.
Last month ASML broke ground on the first phase of a capacity expansion project in Eindhoven, the Netherlands, and that project will not complete its first stage until 2029. Dassen outlined two interim paths: upgrading and retrofitting older machines already sold, and launching new machine versions with higher throughput. Both paths squeeze more out of existing production lines, and their gains are bounded.
Demand has already outstripped planned 2028 capacity, while genuinely new capacity will not come online until 2029. That means for at least the next three years, every ASML lithography machine will be even more scarce.
Who Is Grabbing Capacity, and a New Uncertainty Variable
ASML's main customers include TSMC, Samsung, Intel, SK hynix and Micron. TSMC handles AI accelerator foundry work for Nvidia and is currently the largest single source of demand.
A new variable surfaced in the results: TeraFab, a chip factory project jointly funded by Elon Musk's Tesla and SpaceX. Tesla and SpaceX will commit $16.8 billion in initial funding in Grimes County, Texas, with plans to break ground in December 2026 and complete construction by the end of 2028, using Intel's 1.4-nanometer process. ASML is widely expected to become a core supplier to TeraFab.
On the call, Dassen said the company is still carefully assessing the specific scale of the TeraFab opportunity. A new wafer fab faces a long engineering preparation cycle from groundbreaking to large-scale tool installation, so the actual boost to ASML orders in the short term may be overstated.
Historical Comparison: How Much Was the 2026 Full-Year Guidance Raised?
In January 2026, ASML issued initial guidance of €34–39 billion for the year. Full-year 2025 net sales were €32.7 billion, with net profit of €9.6 billion, up about 26% from €7.6 billion in 2024. By October 2026, sales guidance had been raised to €44–45 billion. At €44 billion, that is about 13% above the top end of the early-year guidance and about 30% above the bottom end. Fourth-quarter guidance is €14.2–15.2 billion, and landing at the midpoint would be a record for ASML quarterly revenue.
Gordon Kerr, European macro strategist at KBRA, noted that ASML's results show chip demand remains strong and infrastructure spending may continue beyond 2027. Ben Barringer, head of technology research at Quilter Cheviot, said the durable growth will extend into 2027 and 2028.
Looking Ahead: Three Signals to Track Next
Signal one: whether TeraFab orders are converted into formal contracts before 2027. A shift from the assessment stage to firm orders would mean AI chip demand comes not only from existing players expanding capacity, but also from incremental new capacity entering the market.
Signal two: order elasticity after the 2027 price increase takes effect. If order volumes show no clear structural decline once the higher prices are in place, it means customers have already built the high cost of lithography tools into their strategic budgets.
Signal three: the direction of capex guidance from TSMC and Nvidia. Nvidia's quarterly shipment outlook and TSMC's monthly capacity utilization are downstream indicators for verifying whether demand is actually materializing.
From the perspective of the equipment supply chain, AI chip infrastructure buildout is strictly speed-limited by a physical constraint, and that constraint comes from ASML. The third-quarter figures show this bottleneck will not loosen for years to come.
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