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ASML

4 min readUpdated September 2026
ASML
Type
Semiconductor equipment manufacturer
Founded
1984; Veldhoven, Netherlands
Key products
EUV and DUV lithography systems
FY2025 revenue
€32.7 billion net sales; €9.6 billion net income
Market value
Over US$700 billion (2026); Europe's most valuable listed company
Customers
TSMC, Samsung, Intel
Related
TSMC, NVIDIA, AI Chip Export Controls
ASML Holding N.V. is a Dutch company that designs and builds photolithography systems — the machines that print circuit patterns onto silicon wafers — and is the world's sole supplier of extreme ultraviolet (EUV) lithography equipment, without which leading-edge semiconductors cannot be mass-produced. Because every advanced AI accelerator depends on chips patterned with ASML tools, the company occupies a strategic position at the base of the artificial intelligence supply chain, and in June 2026 it became the first European company ever to pass a US$700 billion market valuation.[1]

History

ASML was founded in 1984 as a joint venture between electronics group Philips and chip equipment maker ASM International, and is based in Veldhoven in the southern Netherlands.[2] Betting on a generation of lithography that much of the industry considered impossible, the company spent more than two decades developing EUV technology, which uses 13.5-nanometre light to etch finer features than conventional deep ultraviolet (DUV) systems.[2] The persistence paid off: ASML now holds effectively 100% of the EUV market, and its machines pattern the most critical layers of the leading-edge chips produced by TSMC, Samsung and Intel.[2]

FY2025 was the company's thirteenth consecutive year of growth, with record net sales of €32.7 billion, up 16% year on year, and net income of €9.6 billion.[3] By mid-2026 its shares had risen sharply — up 62% for the year to September — and in September 2026 the company broke ground on a major expansion of its Veldhoven campus that will eventually add space for up to 20,000 workers, with a first phase targeted for completion by 2029.[4]

Technology

Modern chipmaking works like photographic printing at nanometre scale: light is projected through a patterned mask onto a light-sensitive layer on the wafer. DUV systems use 193-nanometre light, while EUV systems generate 13.5-nanometre light by firing a laser at droplets of molten tin inside a vacuum and then guiding it with an elaborate system of ultra-flat mirrors supplied by Carl Zeiss SMT. Each EUV system contains tens of thousands of parts and is shipped in multiple freight containers.[2] The newest High-NA EUV machines, which enable sub-2-nanometre process nodes, cost in the region of US$350–400 million each.[2]

Market and Geopolitics

ASML's near-monopoly has made it a focal point of export controls. The Netherlands, under pressure from Washington, has restricted advanced equipment sales to China, and ASML has never shipped an EUV system to the country.[1] China accounted for roughly 33% of sales in 2025 through purchases of older DUV tools, but that share is expected to fall to around 20% in 2026, placing several billion euros of revenue at risk; United States officials have also raised concerns about possible access to advanced tooling through third parties.[5] Demand from the AI buildout continues to outpace these restrictions: ASML's own 2030 sales target of at least €44 billion is considered conservative by some analysts, who forecast closer to €60 billion.[5]

>See Also

🇲🇾Malaysian Context

ASML's official list of 60 locations across 16 countries includes a business centre at the Kulim Hi-Tech Park in Kedah, placing the company inside Malaysia's Kedah–Penang semiconductor corridor.[6] Local contract manufacturers form part of the equipment supply chain: Plexus, which has long-standing operations in Penang, celebrated production start-up of ASML-related electromechanical module manufacturing at its Kulim facility.[7] Malaysia is a significant node in global chip assembly, packaging and testing, and rising AI-driven demand for semiconductors — along with shifting export controls — flows through to the country's equipment, components and engineering-services ecosystem, which the government has promoted through initiatives such as the National Semiconductor Strategy.

References

  1. ↑Tech Policy Press. (2026). Why ASML's Semiconductor Monopoly Doesn't Give Europe Strategic Control. https://www.techpolicy.press/why-asmls-semiconductor-monopoly-doesnt-give-europe-strategic-control/
  2. ↑TechMarketBriefs. (2026). ASML Stock (ASML) Analysis: EUV Monopoly, Earnings & Forecast. https://techmarketbriefs.com/companies/asml/
  3. ↑GlobeNewswire. (2026, January 28). ASML reports €32.7 billion total net sales and €9.6 billion net income in 2025. https://www.globenewswire.com/news-release/2026/01/28/3227191/0/en/ASML-reports-32-7-billion-total-net-sales-and-9-6-billion-net-income-in-2025.html
  4. ↑Reuters. (2026, September 8). ASML breaks ground on new manufacturing facilities in major expansion. https://www.reuters.com/business/asml-breaks-ground-new-manufacturing-facilities-major-expansion-2026-09-08/
  5. ↑Reuters. (2026, July 14). Chip toolmaker ASML expected to shine light on capacity and China challenges. https://www.reuters.com/world/china/chip-toolmaker-asml-expected-shine-light-capacity-china-challenges-2026-07-14/
  6. ↑ASML. Locations. https://www.asml.com/en/company/about-asml/locations
  7. ↑Plexus Corp. (2026). ASML partnership and Kulim production start-up. https://www.facebook.com/PlexusCorpSoutheastAsia/posts/122271690968247827/