The lithography equipment market is no longer placid. Nikon is stepping out of its peripheral role and directly challenging ASML’s dominance in deep ultraviolet (DUV) lithography with an aggressive pricing strategy. This move is deliberate: new CEO Yasuhiro Ohmura has confirmed the company is in advanced talks with major chipmakers in the U.S. and Asia, with some purchase orders nearing finalization. The weapon? Leveraging vertically integrated manufacturing to slash prices on argon fluoride (ArF) immersion scanners below levels ASML can comfortably match.
While ASML commands over 80% of the extreme ultraviolet (EUV) market—a near-monopoly—its grip on ArF DUV technology, though strong, is far from absolute. According to TrendForce, approximately 45% of global logic wafer capacity in 2025 still relies on process nodes between 90nm and 7nm, where ArF immersion systems remain essential. These mature but critical nodes underpin power management ICs, automotive semiconductors, IoT sensors, and even certain AI accelerators—the industry’s silent backbone.
Nikon’s strategy targets this overlooked battlefield with surgical precision. By designing and manufacturing optical components, precision mechanics, and control systems in-house, Nikon drastically reduces supply chain costs. In contrast, ASML’s highly outsourced model—efficient for cutting-edge EUV co-development—becomes a liability in cost-sensitive DUV segments where margins are already thinner than on flagship EUV tools. When a Japanese optics veteran abandons the “premium brand” narrative and wages a price war, market dynamics shift.
Intel emerges as the pivotal variable. The company is aggressively executing its IDM 2.0 strategy, building advanced fabs in Arizona, Ohio, and Magdeburg, Germany. Yet repeated delays in its 7nm and subsequent nodes—partly due to EUV tool delivery bottlenecks and complex integration—have intensified its need for high-performance, cost-effective DUV tools. These are crucial not only for mature-node expansion but also as complementary exposure systems in chiplet-based packaging flows. If Nikon delivers reliable ArF scanners at 15–20% lower cost, Intel has strong financial incentive to diversify its supplier base and ease capital expenditure pressure.
Geopolitics amplifies the stakes. Washington’s “friend-shoring” push encourages allied semiconductor manufacturers to reduce reliance on supply chains anchored in Taiwan, China, and mainland China. While Chinese foundries like SMIC remain barred from EUV by export controls, they continue expanding DUV capacity. Should Nikon successfully supply U.S.-aligned fabs—Intel, Micron, or even future Texas Instruments or GlobalFoundries lines—it would indirectly erode ASML’s pricing power in non-EUV segments and help construct a “post-ASML” backup ecosystem in the West.
Yet Nikon’s path remains steep. Over the past decade, ASML has built formidable technical moats and customer loyalty through co-development with TSMC, Samsung, and Intel. Its Twinscan platform sets the benchmark for overlay accuracy, throughput, and yield stability. To win trust, Nikon must prove not just price advantage but comparable uptime and process window consistency. Historically, Nikon lost mainstream relevance in the 2000s due to lagging step-and-scan technology; avoiding a repeat demands engineering excellence, not marketing slogans.
I judge that within the next 18 months, Nikon could capture 10–15% of new ArF DUV orders, primarily from U.S. and Japanese customers. This won’t threaten ASML’s EUV hegemony but may force it to either defend DUV share through price cuts or accelerate divestment of non-core lithography assets. The real risk lies in validation: if Intel adopts Nikon tools at scale and confirms reliability, it could trigger a domino effect, shattering the industry’s unspoken axiom that “only ASML can do advanced lithography.”
Lithography tools are never just optical instruments—they are projections of technological sovereignty. As Nikon thrusts a price-driven spear at ASML’s flank, it’s not merely contesting market share but probing the foundations of global semiconductor manufacturing power. The critical question now is: which major foundry will be the first to truly bet its production line on a “non-ASML” option? The answer may soon appear on Intel’s next equipment procurement list.