Summary
The market knows ASML is important, but we don’t think it fully appreciates just how irreplaceable it is. Most investors lump it into the general semiconductor category or treat it like another capital equipment name. But ASML doesn’t just make tools, it makes THE tool. It’s a monopoly supplier of extreme ultraviolet (EUV) lithography systems, a mission-critical piece of infrastructure for any chipmaker trying to build sub-7nm chips.
This position is so dominant and so technologically advanced that we think it's underwritten by very few investors properly. For generalists, it’s too niche and "hardware-y" to be a software-style compounder. For semiconductor investors, it’s not a foundry or chip designer with a clear volume ramp to model. And for AI-driven investors, it feels like a one-step-removed pickaxe play, interesting, but not quite sexy enough to warrant taking a material position. That’s precisely why we think it’s mispriced. The market is treating ASML like a capital goods company when in reality it’s closer to a tollbooth on the future of compute.
In simple terms, ASML builds and maintains the world’s most advanced photolithography machines.
A Brief Introduction Lithography & Photolithography
Traditionally, lithography is a printing process where an image is drawn onto a flat surface using a greasy or oily substance. The surface is treated so that the drawn areas attract ink, while the rest attracts water, and when ink is rolled over the surface, it sticks only to the image allowing the image to be transferred directly onto paper.
Lithography as a concept has been around for hundreds of years and was originally developed for printing illustrations and artwork. Over time, it became widely used in the publishing industry for printing images in books and newspapers.
In the late 1950s and 1960s, the basic principle of pattern transfer was adapted for electronics. Instead of ink and paper, engineers began using ultraviolet light and photoresist to transfer microscopic patterns using a photomask onto silicon wafers.
Photoresist is a light-sensitive material which is applied to the surface of a silicon wafer. When exposed to light through a photomask, a stencil-like template that defines the desired pattern, the photoresist changes its chemical structure. The exposed or unexposed areas can then be washed away, leaving a precise pattern behind, much like the ink and water do in traditional lithography. This pattern guides subsequent steps like etching or doping to build the layers of a microchip. This process is now what we now call photolithography, the foundational technique used to manufacture nearly every semiconductor chip in existence today.
Business Overview
ASML specializes in producing the most advanced photolithography machines, including those that use Extreme Ultraviolet (EUV) light. EUV allows for the creation of incredibly small and complex features on silicon, enabling the production of cutting-edge processors found in smartphones, data centers, and AI systems.
Maybe the most interesting part of all, ASML is the only company in the world that can build these machines, and there’s no second place. Yes you heard that correctly. No other company in the world is currently capable of producing EUV machines and the competition is by some estimates a decade behind.
ASML generates revenue in two primary ways:
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Selling EUV machines, which cost upwards of $380 million each and are essential for high-end chip production. Only TSMC, Samsung, and Intel are even qualified to operate them. New fabs that literally cannot operate without ASML hardware.
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Recurring revenue from services and upgrades, a high-margin, sticky business that scales with the growing installed base of machines across fabs worldwide.
The ASML pitch is simple: you're buying a critical monopoly in a systemically important industry, at a time when the world is investing trillions into domestic chip production. With tariffs, national security concerns, and AI-driven demand reshaping the geopolitical landscape, the push to fabricate chips domestically has never been stronger. Despite its dominance, ASML still trades like a cyclical capital equipment company. That’s the disconnect we’re underwriting.
This opportunity exists because ASML doesn’t fit neatly into most investor frameworks. It’s too industrial for software investors, too differentiated for semicap specialists, and too slow-moving for AI-chasing growth funds. But for those willing to dig deeper, the upside is clear: tollbooth economics, monopoly dynamics, and structural growth that will continue into the next computing era.
We believe shares could compound at high-teens or better over the next decade, with limited downside risk due to the company’s entrenched position, high-margin services, and an attractive current entry point that offers ample margin of safety. It’s a classic case of a quality name hiding in plain sight.
ASML may not be a household name like other semiconductor giants; think Nvidia, AMD, or TSMC, but it should be. Founded in 1984 as a spin-off from Philips, ASML has quietly become the most important supplier in the global semiconductor supply chain, and one could easily argue that it is one of the, if not the, single most important companies in the world.
If we imagine a world where ASML ceases to exist tomorrow, along with all of its intellectual property. The world would be set back by a decade or more—this is no exaggeration.
Every major advancement in productivity, software, smartphones, data centers, AI, medicine, and national defense systems over the past 15 years has, in some form, been contingent on modern computing. And none of this would be possible without the groundbreaking achievements of ASML.
The Dutch company pioneered photolithography, which alone would make it essential. But what truly makes ASML critical is that it is the only company in the world capable of building EUV lithography machines.
It took over 20 years and billions of euros in research and development (heavily subsidized by major customers like Intel and TSMC) to make EUV viable at scale. The result? A machine the size of a city bus, with over 100,000 components sourced from a supply chain spanning six continents, capable of printing transistors tens of thousands of times smaller than the width of a human hair, approaching the size of atoms themselves at the limits of physics. No one else has figured it out, and no one is even close.
The current product portfolio includes three major lithography platforms: DUV (deep ultraviolet), immersion DUV, and EUV (extreme ultraviolet). The last one is the crown jewel, but all three are critical. DUV still handles most mature-node and high-volume manufacturing (HVM), and even in a world of AI-driven demand, legacy nodes are sticking around. Here’s how ASML’s business cycle plays out in practice:
Say you’re a fab engineer at TSMC trying to manufacture 3nm chips for Apple. Without ASML’s EUV system, you simply cannot do it. No EUV, no 3nm chips. Your options? There aren’t any. So you place an order for an EUV system. You wait over a year for delivery. Once it arrives, ASML sends a small army of field engineers to assemble it over 6 months (you can’t just plug it in). You then pay for ongoing service, maintenance, and upgrades, all through ASML. And if you want to move to 2nm or 1.4nm, you’ll need High-NA EUV, ASML’s next-gen platform, which starts shipping in volume in 2025.
The economic model is quietly beautiful. It combines long-term hardware visibility with high-margin services, and the switching costs are effectively infinite. ASML isn’t just sticky, it’s welded to its customers with a blow torch. Its customers are building national infrastructure around its machines, and ASML is possibly one of the only true monopolies in the market.
To sum it up: the chip industry is betting the future on ASML’s roadmap. That gives ASML not just pricing power, but timeline power. Every fab delay, every yield improvement, every node transition flows through ASML. The company doesn’t just sell tools; it sells time, scale, and physics-bending precision. And it gets paid handsomely for it.
This is reflected in the numbers, as ASML commands 30%+ profit margins on its flagship lithography machines at the time of sale, excluding the growing high-margin, ongoing support and maintenance services.
In our view, ASML isn’t a traditional industrial or semicap name. It’s a foundational technology platform at the root of modern computers. And the market hasn’t fully realized that yet.
Investment Highlights
Monopoly Like Dominance in Critical Semiconductor Segment
ASML possesses an unassailable lead in advanced photolithography, specifically in Extreme Ultraviolet (EUV) systems, equipment indispensable for manufacturing chips at sub-7nm nodes. While competitors such as Canon, Nikon, and Tokyo Electron maintain a presence in legacy DUV tools, ASML commands 100% market share in EUV.
Deep Technological Moat and Decades-Long Lead
ASMLs Intellectual property and expertise on EUV has a decade-long lead and has been developed by groups of physicists that are literally pioneering new physics just to make these machines work.
And unlike broader semiconductor equipment peers like Applied Materials or Lam Research, ASML has continued to maintain this laser-focused strategy around patterning, meaning this lead isn’t getting any shorter as patterning continues to be the most critical bottleneck in semiconductor scaling today as well as for the foreseeable future.
ASML’s EUV systems are among the most complex machines ever engineered with over 100,000 parts, precision optics from ZEISS, and R&D investments spanning more than 20 years. I can’t stress this enough.
A single EUV system can cost over $380 million, with delivery lead times often exceeding 12–18 months, however replicating EUV is not just a matter of capital, it requires a tight integration of physics, optics, and semiconductor expertise, which no competitor has come close to matching. Industry estimates place rivals at least 5–20 years behind, with that gap widening as ASML continues to innovate with the next step in patterning based on High-NA EUV.
Highly Recurring, High Margin Installed Base Revenue
ASML’s revenue model is evolving toward software-like economics. Its installed base management segment - encompassing maintenance, software upgrades, and performance optimization - now generates $1.5B+ per quarter.
This segment operates with gross margins well above 50%, and delivers predictable, recurring cash flows. Given the mission-critical nature of ASML’s systems, customers have no alternative but to enter into long-term service contracts, resulting in exceptionally sticky revenue akin to a subscription model.
Secular Tailwinds from Semiconductor Reshoring and Sovereignty
ASML is positioned at the epicenter of the global chip sovereignty race, driven by U.S.-China tensions and supply chain vulnerabilities, and now tariffs. Countries including the U.S., Germany, Japan, and India have pledged hundreds of billions of dollars to bring semiconductor manufacturing onshore.
Each new fab being built, whether in Arizona, Dresden, or Osaka, requires ASML’s EUV machines to remain competitive. In this reshoring movement, ASML is not just a participant, it is a bottleneck.
High Quality Compounder with Long Term Upside
ASML exhibits all the hallmarks of a top-tier compounder: it maintains technological leadership with monopolistic economics, supported by unmatched product differentiation that grants significant pricing power.
Its total addressable market continues to expand rapidly across AI, automotive, IoT, and defense sectors, further boosting its long-term growth potential.
Financially, ASML is exceptional, with a return on invested capital exceeding 40%, free cash flow margins around 25%, and a fairly minimal reliance on debt.
ASMLs disciplined capital allocation strategy includes consistent share buybacks reinforcing shareholder value. Over the past decade, ASML has delivered more than 500% in shareholder returns, dramatically outperforming the broader markets.
With its EUV installed base expanding and service revenue deepening, ASML is positioned to sustain this compounding performance well into the future.
Valuation
What are we Paying for and Why Should We Own It?
ASML currently trades at $605.55 per share, with a market capitalization of approximately $248 billion. Today ASML trades at approximately a 4.1% free cashflow yield In comparison, the S&P 500, which trades at roughly the same yield but accounting for impacts of tariffs probably materially lower given on the impacts of tariffs which we believe to have outsized affects on other companies compared to ASML.
While the headline yields are comparable, ASML offers far greater business quality then most of the stocks when compared the broader basket included in the S&P, which is still dominated by weight by either very expensive names like Microsoft, Apple, Tesla, Nvidia, Netflix, Costco etc or lower quality names which exist outside the MAG7.
ASML also stands out with unusually high ROIC and margins exceeding 40%, and 25% respectively, and a clean balance sheet with minimal debt and a net cash position. In contrast, the S&P 500 currently produces a ~10% weighted ROIC, a ~14% FCF margin, and holds $8.453 trillion in debt compared to $2.5 trillion in cash.
Given ASMLs long runway for growth, excellent economics and financials as well as the current fair entry price, we believe ASML is both higher quality, faster growing, and cheaper than the broader market which we believe should result in material outperformance over the long run.
With very little new developments, if ASML's story continues to play out as expected this should lead to significant, asymmetric upside for shareholders. Much like a disruptive force in other industries, ASML isn’t just riding the wave of technological advancements; it is the wave.
Cash Flow Analysis
To get an idea of what ASML is worth, we can assume ASML will start generating $30 in FCF per share in 2026, and apply a projected average 21% annual growth rate per share over the next decade, which we believe is reasonable considering the items discussed in the prior section, and driven by the assumption that ASML maintains its market dominance and AI growth continues to produce high demand for advanced semiconductor manufacturing.
Using an 8% discount rate and 21% average growth over the next 7 years we can project out the present value of the projected FCF and share price as following:
--------------|- 2026--|--2027--|--2028--|--2029--|--2030--|--2031--|--2032---|-2033----|-Terminal-|
Revenue------ | 34,198 | 41,253 | 49,611 | 59,479 | 71,089 | 84,703 | 100,610 | 119,132 | 140,623--|
Net Margin--- | 29.52% | 31.87% | 34.27% | 34.17% | 34.08% | 33.98% | 33.89% -| 33.79% -| 33.70%---|
Net Income--- | 10,094 | 13,148 | 16,999 | 20,324 | 24,224 | 28,783 | 34,092 -| 40,256 -| 47,384---|
CapEx---------|-- 25 --|- -79 --| -219 --|- -397 -| -612 --| -858 --| -1,127 -| -1,407 -| -1,683---|
Debt Ratio--- | 0.00% -| 0.00% -| 0.00% -| 0.00% -| 0.00% -| 0.00% -| 0.00% --| 0.00% --| 0.00%----|
FCFE----------| 10,119 | 13,069 | 16,780 | 19,927 | 23,612 | 27,925 | 32,965 -| 38,849 -| 45,702---|
Discount Rate | 8.00% -| 8.00% -| 8.00% -| 8.00% -| 8.00% -| 8.00% -| 8.00% --| 8.00% --| 8.00%----|
Present Value | 9,370 -| 11,205 | 13,321 | 14,647 | 16,070 | 17,597 | 19,235 -| 20,989 -| 493,822--|
NPV = 9,370+11,205+13,321+14,647+16,070+17,597+19,235+20,989+493,822 = 606,286 / 393 Shares Out. ~ 1,540.88
1,540.88 share price implies This is an implied 140% upside from today's price or about 13.47% annualized over this duration.
Conclusion
While the stock isn’t quite bargain basement level cheap by conventional standards, you’re essentially buying into a company at a similar valuation to the broader market, but one that’s on a far faster growth trajectory and with less risk. If ASML’s future is anything like we expect, then its growth story is just beginning, and the opportunity for shareholders is significant.
ASML stands out as a long-duration compounder with a unique market position that’s nearly impossible to replicate. In a market that often misprices, quality and duration, ASML represents one of the most compelling long-duration compounders available.
Risks and Mitigations
Geopolitical Risk & Tariffs
It’s no secret that the recently imposed tariffs are unprecedented and introduce a significant degree of uncertainty. On top of that, ASML is squarely in the crosshairs of global semiconductor geopolitics. U.S. export controls have already restricted sales of advanced equipment to China, which previously accounted for a meaningful share of ASML’s business. Any further escalation in trade barriers is unlikely to improve the situation.
Mitigation
ASML’s reliance on China has declined in recent years, and while trade tensions and macro uncertainty may weigh on semiconductor demand in the short term, one thing remains clear: the future of advanced chipmaking still runs through ASML. Longer-term, these trade restrictions could actually strengthen ASML’s position, as government-led reshoring initiatives in the U.S., Europe, South Korea, and Japan drive a wave of fab construction. As more countries seek semiconductor independence, demand for ASML’s tools only grows, further entrenching its strategic importance to the West.
Customer Concentration
A significant portion of ASML’s revenue comes from just three customers: TSMC, Samsung, and Intel. Any disruptions, order delays, or capex reductions from these players could impact earnings visibility and introduce volatility.
Mitigation
This concentration is largely a byproduct of ASML’s unique dominance in cutting-edge chip manufacturing. These same customers are also leading the global charge in fab expansion and rely heavily on ASML’s EUV and future High-NA roadmap, reinforcing long-term demand. Moreover, the rise of new entrants, such as Intel’s foundry ambitions and government-backed sovereign fabs, is set to broaden ASML’s customer base over time and reduce reliance on any single player.