What is ASML?
The sole supplier of EUV lithography — the machine that makes every advanced chip on Earth
- Headquarters
- Veldhoven, Netherlands
- Founded
- 1984
- Employees
- ~44,175 FTE (end-2025)
- 2025 Revenue
- €32.7 billion
- Market Cap (June 2026)
- ~$580–744B USD (fluctuating)
- Order Backlog (end-2025)
- €38.8 billion
What is ASML?
ASML Holding N.V. is a Dutch high-tech company and the world's sole supplier of extreme ultraviolet (EUV) lithography machines — the equipment chipmakers use to pattern transistors onto silicon wafers at the smallest possible scales. Without ASML's machines, no chips below 7nm could be manufactured at commercial volume, making it an irreplaceable chokepoint in the global semiconductor supply chain.
Founded on April 1, 1984, as a joint venture between Philips Electronics and ASM International in a makeshift facility next to Philips' Eindhoven campus, ASML began with just 47 employees and a single product — the PAS 2000 wafer stepper. The company went public in 1995 with a dual listing on Euronext Amsterdam and NASDAQ, gaining full independence from Philips over subsequent years. Today it operates across 60+ locations in more than 16 countries, employs 44,175 full-time equivalents drawn from 143 nationalities, and serves every leading chipmaker on the planet.
ASML's product portfolio spans four main tiers: Deep Ultraviolet (DUV) dry systems starting at approximately $5M for i-line/KrF nodes used in mature and specialty semiconductor manufacturing; ArF immersion DUV systems at roughly $70–$90M for nodes down to 7nm; Low-NA EUV NXE systems at $183–$220M per unit for 7nm–3nm production-scale patterning; and the newest High-NA EUV Twinscan EXE platform at approximately $350–$400M per unit, targeting sub-2nm nodes. A future Hyper-NA EUV generation is expected to exceed $724M per machine.
In fiscal year 2025, ASML reported €32.7 billion in total net sales — a 15.6% year-over-year increase — with net income of €9.6 billion at a 52.8% gross margin. Q4 2025 alone contributed €9.7 billion in net sales, including revenue from two High-NA systems. End-of-year order backlog stood at €38.8 billion, with Q4 2025 net bookings reaching a record €13.2 billion, of which €7.4 billion was EUV. ASML subsequently raised its full-year 2026 revenue guidance to €36–€40 billion after Q1 2026 results beat expectations at €8.8 billion in net sales and a 53.0% gross margin. Core customers include TSMC, Samsung, Intel, SK Hynix, and Micron.
What does ASML offer?
ASML's portfolio spans lithography systems for every chip node from mature to sub-2nm, plus the software, metrology, and service stack that makes them work in production.
- EUV Lithography Systems — Low-NA (NXE series)· Lithography
- High-NA EUV — Twinscan EXE:5000/5200· Lithography
- DUV Immersion Systems — ArFi (TWINSCAN NXT)· Lithography
- DUV Dry Systems — KrF / i-line· Lithography
- Advanced Packaging Lithography (XT:260)· Lithography
- Installed Base Management — Service, Upgrades & Field Options· Services
- Computational Lithography Software· Software
- YieldStar Optical Metrology Systems· Metrology & Inspection
- e-Beam Pattern Fidelity Metrology (HMI)· Metrology & Inspection
- Holistic Lithography Solutions Platform· Platform
How does ASML make money?
ASML earns revenue through high-ASP capital equipment sales across four product tiers and a fast-growing, high-margin Installed Base Management (IBM) service stream tied to its ever-expanding fleet of lithography tools running in chipmaker fabs worldwide.
System sales drive the majority of revenue. ASML's product pricing ladder runs from DUV dry steppers (approximately $5M for i-line/KrF used in mature and specialty semiconductor nodes) through ArF immersion tools (approximately $70–$90M, used for 14nm through 7nm) to Low-NA EUV NXE systems ($183–$220M, enabling 7nm–3nm production at commercial volume) and the High-NA EUV Twinscan EXE platform (approximately $350–$400M per unit, targeting sub-2nm nodes for Intel and SK Hynix). A next-generation Hyper-NA EUV generation is projected to exceed $724M per unit.
ASML's Installed Base Management (IBM) segment covers maintenance contracts, field upgrades, performance expansions (such as the NXE:3800E throughput upgrade to 220 wafers per hour), and software options for the 600+ EUV tools already running in customer fabs. IBM grew 26% year-over-year in 2025 to €8.2 billion and carries higher margins than system sales, as each EUV tool generates recurring annual service fees plus periodic upgrade revenue in the €15–20M range per cycle. For Q1 2026, IBM revenue came in at €2.5 billion, beating guidance, and ASML projects IBM will grow to 35%+ of total revenue by 2027–2028 as the installed base compounds.
Growth is driven by AI infrastructure investment fueling demand for advanced logic and HBM memory chips — every new fab requires ASML tools, and every tool sold annuitizes IBM cash flows for years. ASML's 2030 revenue opportunity is estimated at €44–€60 billion with 56–60% gross margins, dependent on continued EUV volume ramp, High-NA adoption at scale (targeting 20 units per year by 2028), and IBM growth on a 12%+ compound annual trajectory.
Who leads ASML?
ASML is led by a six-member Board of Management chaired by President & CEO Christophe Fouquet, who took the helm in April 2024 after 16 years at the company. The leadership team combines deep semiconductor equipment, financial, and industrial operations experience, with nearly all Board members having decade-plus ASML tenures.
- Christophe FouquetPresident & CEOCEO since April 25, 2024; Board member since 2018Physics master's from Institut Polytechnique de Grenoble; prior roles at KLA Tencor and Applied Materials before joining ASML in 2008; held EVP Applications, EVP EUV, and Chief Business Officer roles before CEO.
- Roger DassenEVP & CFOBoard member since 2018; reappointed through 2030Former Global Vice Chair of Deloitte Touche Tohmatsu; PhD in business economics from Maastricht University; oversees ASML's €9.6B annual net income and €13.3B cash position.
- Frederic Schneider-MaunouryEVP & COOBoard member since 2010; reappointed through 2028Joined from French industrial group Alstom; Ecole Polytechnique graduate; responsible for global manufacturing, supply chain, and field operations across 60+ sites.
- Jim KoonmenEVP & Chief Customer OfficerBoard member since 2024MIT Sloan MBA; joined ASML via 2007 Brion acquisition; later served as CEO of Cymer (acquired by ASML 2013); led the Applications business for five years before CCO role.
- Marco PietersEVP & CTOBoard member since April 202625+ years at ASML; most recently EVP Applications; named CTO in October 2025 and joined the Board of Management in April 2026, succeeding Martin van den Brink who retired in 2024 after four decades.
- Wayne AllanEVP & Chief Strategic Sourcing & Procurement OfficerBoard member since 2023; through 2027Joined ASML in 2018 from Micron Technology where he was SVP of Global Manufacturing Operations and VP of Wafer Fabs; manages ASML's 800+ key supplier ecosystem — a central competitive moat enabling EUV production at scale.
How do you contact ASML's leadership?
ASML's verified email format is firstname.lastname@asml.com, used by approximately 95% of employees. The investor relations address investor.relations@asml.com is publicly confirmed on ASML's website. Media relations addresses for Monique Mols and Sarah de Crescenzo are publicly listed on ASML's media contacts page. Individual executive emails following the standard pattern are format-following — not personally verified.
firstname.lastname@asml.comHow much funding has ASML raised?
ASML is a publicly listed company (Euronext Amsterdam and NASDAQ: ASML) with no traditional venture funding. Its market capitalization as of June 2026 is approximately $580–$744 billion USD (fluctuating with daily prices), making it one of Europe's most valuable publicly traded companies. Its foundational capital came from a 1984 joint venture, and a unique 2012–2013 customer co-investment program brought ~€3.85 billion from TSMC, Intel, and Samsung.
ASML was founded in 1984 as a 50/50 joint venture between Royal Philips Electronics and ASM International (ASMI), each contributing capital, IP, and engineers. ASMI sold its stake back to Philips under financial pressure in 1988. Philips remained the sole corporate parent until ASML's IPO in March 1995 — a simultaneous listing on Euronext Amsterdam and NASDAQ — with Philips selling half its remaining stake at IPO and divesting the rest over subsequent years, leaving ASML fully independent.
The most strategically important post-IPO capital event was the 2012–2013 customer co-investment program. TSMC committed ~€838 million for a 5% equity stake, Samsung ~€503 million for a 3% stake, and Intel the largest share — making the aggregate investment approximately €3.85 billion (roughly 23% of ASML at the time). All three also committed a combined €1.38 billion in R&D co-funding over five years to accelerate EUV development. The three chipmakers' intent was clear: EUV required billions in R&D that no single supplier could self-fund at the pace the industry needed, so they co-invested in their supplier to secure access. These equity stakes have since been substantially reduced or sold.
All subsequent major acquisitions were funded from ASML's own free cash flow: Cymer (EUV light source, completed May 2013, $3.7 billion), Hermes Microvision (e-beam metrology, 2016, approximately €2.75 billion / $3.1 billion), and Berliner Glas (optical components, 2020, undisclosed). In 2025, ASML returned €8.5 billion to shareholders through dividends and buybacks, including completing the 2022–2025 €12 billion share buyback program and announcing a new €12 billion buyback through December 2028. The full-year 2025 dividend was €7.50 per share, a 17% increase over 2024.
How did ASML get here?
ASML's trajectory spans four decades: from a leaky shed in Eindhoven to the world's most critical industrial monopoly, with every major inflection tied to lithography wavelength breakthroughs.
- April 1, 1984Founded as ASM LithographyJoint venture between Philips and ASM International begins in a makeshift facility next to Philips' Eindhoven campus; launches the PAS 2000 wafer stepper with 47 founding employees.
- 1988ASMI Exits; Philips Becomes Sole ParentFinancial pressure forces ASMI to sell its stake back to Philips, making Philips the sole corporate parent until the 1995 IPO.
- March 1995IPO — Dual Listing on Euronext Amsterdam & NASDAQASML becomes a fully independent public company with simultaneous listing in Amsterdam and New York; Philips sells half its stake at IPO and divests the remainder over subsequent years.
- 2001TWINSCAN Platform Launched; SVG AcquiredRevolutionary dual-stage TWINSCAN architecture doubles wafer throughput; ASML acquires Silicon Valley Group (SVG) to add DUV capacity and US talent.
- 2012–2013Customer Co-Investment Program — ~€3.85B from TSMC, Intel, SamsungTSMC (~€838M, 5% stake), Samsung (~€503M, 3% stake), and Intel (largest tranche, ~€2.1B, 15% stake) co-invest to fund EUV development acceleration; total equity investment ~€3.85B plus €1.38B in R&D co-funding.
- May 2013First EUV System Shipped & Cymer Acquired ($3.7B)Ships TWINSCAN NXE:3300 — the first commercial EUV system — to chipmaker fabs; acquires San Diego-based Cymer for $3.7B to internalize EUV light-source supply chain.
- 2016Hermes Microvision (HMI) Acquired (~€2.75B); NXE:3400 Orders BeginBuys HMI for approximately €2.75B ($3.1B), adding e-beam metrology to the holistic lithography platform; chipmakers begin placing production NXE:3400 orders.
- 2019–2020EUV Enters High-Volume Manufacturing at TSMC, Samsung, IntelEUV transitions from R&D tool to production-scale manufacturing; ASML ships its 100th cumulative EUV tool in 2020. Berliner Glas optical components acquired to secure supply chain.
- 2023First High-NA EUV System (Twinscan EXE) Shipped (~$380M)Ships the world's first High-NA EUV machine at approximately $380M, enabling sub-2nm transistor patterning; Intel and SK Hynix among initial customers; 10–20 units already booked.
- January 2026€32.7B Revenue; €38.8B Backlog; Q1 2026 Guidance RaisedReports 2025 full-year results: €32.7B net sales, €9.6B net income, €38.8B order backlog, record Q4 2025 bookings of €13.2B. Q1 2026 beats with €8.8B sales; full-year 2026 guidance raised to €36–€40B.
Who are ASML's competitors?
ASML holds a complete monopoly in EUV and dominant share in DUV immersion lithography. Competitors operate in adjacent segments of wafer fabrication equipment — none can produce commercial EUV scanners.
- NikonASML's closest lithography rival in DUV. Competes in ArF immersion (DUV) for mature nodes (7nm+) but has zero EUV commercialization — sold effectively zero competitive ArF systems in 2025. Planning a new ArF system for FY2028 and a digital lithography system (DSP-100) targeting specialty applications from July 2025.
- CanonCompetes in i-line and KrF DUV for mature and specialty nodes. Delivered its FPA-1200NZ2C Nanoimprint Lithography (NIL) tool in 2024, claiming 14nm resolution and 5nm-equivalent process at a fraction of ASML's EUV cost — very early commercial adoption, primarily targeting memory and advanced packaging.
- Applied MaterialsLargest wafer fab equipment (WFE) vendor by revenue; competes for chipmaker capital budgets across CVD deposition, etch, CMP, and inspection. Process innovations that reduce patterning steps can indirectly compete with ASML's multi-patterning DUV tools.
- Lam ResearchLeading etch and deposition equipment vendor. Etch-and-deposition stacks can trade off against some DUV litho steps in mature memory nodes, but Lam has no lithography product and no EUV overlap.
- KLA CorporationDominant in process control, inspection, and metrology — complementary to ASML's scanners. Competes with ASML's YieldStar optical metrology and HMI e-beam tools for metrology budget and fab floor space within chipmaker facilities.
- Tokyo Electron (TEL)Japan's largest semiconductor equipment maker; coater/developer tracks are tightly integrated with ASML scanners in every fab, making TEL an ecosystem partner as much as a competitor. No lithography product; competes for adjacent WFE capex.
ASML — frequently asked questions
