Nikon has posted its largest-ever annual loss: 86 billion yen, about $548 million.

The timing is strange. Japan is in the middle of a once-in-a-generation semiconductor boom. TSMC is upgrading its Kumamoto plant to 3-nanometer production and Rapidus is targeting 2nm. Canon has just opened a $320 million lithography factory and launched its first new KrF tool in 14 years. And yet the most famous lithography name in Japan cannot ride that wave. Here is what the earnings reveal about the structural challenges facing Japan's manufacturing icons.

A record loss, but not where you would expect

On May 8, 2026, Nikon announced its consolidated results for the fiscal year ending March 2026: a net loss of 86 billion yen (roughly $548 million at 157 yen to the dollar), the largest in the company's history. The previous year had been a 6.1 billion yen profit.

The surprise wasn't semiconductor lithography or cameras. The trigger was a 90.6 billion yen (about $577 million) impairment charge in the Digital Manufacturing segment, Nikon's metal 3D printer business.

The writedown targets SLM Solutions, the German metal 3D printer maker Nikon bought in 2023 for over 80 billion yen. Intensifying competition from Chinese manufacturers, a slower-than-expected shift to digital manufacturing in aerospace and medical, and market growth below plan combined to force a one-shot loss covering goodwill, intangibles and related tangible assets. Yasuhiro Omura, who became President and CEO in April 2026, told the earnings briefing that the business had not expanded as hoped and that the company takes it seriously, adding that organizational streamlining will lower the break-even point. Chairman Toshikazu Umatate and CFO Muneaki Tokunari forfeited their full performance-linked stock compensation and bonuses for the year as a sign of accountability.

There's a silver lining. Nikon's equity ratio sits at 52% with shareholders' equity of about 576 billion yen, a healthy balance sheet. The company forecasts sales of 740 billion yen, up 9.3%, and a swing back to a 10 billion yen net profit in the year ending March 2027. This is a wound, not a death.

The 3D printer was not the only problem

Behind the impairment headline, Nikon's core businesses are also struggling almost across the board:

Precision Equipment (semiconductor lithography), Sluggishness at major customer Intel pushed lithography sales into the second half of the year. The strategic story for this segment is now uncertain.

Imaging (cameras), Operating profit fell 49% to 21 billion yen. Despite solid sales of new models like the Z5II, intense competition from Canon, Sony, and Fujifilm, combined with falling average selling prices, squeezed margins.

Healthcare (microscopes etc.), Operating profit collapsed 63% to 2.5 billion yen. The Trump administration's freeze on US academic research grants directly delayed microscope investments at universities and research institutions.

Digital Manufacturing (3D printers), Beyond the SLM goodwill writedown, the underlying business is losing ground to Chinese competitors.

Four of Nikon's five business segments struggled. This is not a single failed bet, it is a company-wide structural problem. The current four-year mid-term plan targeted 700 billion yen in revenue and an operating margin above 10%. Revenue came in at 677.1 billion yen, down 5.3%, and the operating line fell into the red, so the profitability targets missed entirely.

Why Nikon cannot ride Japan's semiconductor wave: the ASML wall

Here's the question many readers are probably asking: "Japan is booming on semiconductors, so why is the country's lithography company being left behind?"

The answer is that Nikon isn't competing in "Japan's semiconductor boom." It's competing in the global market for cutting-edge semiconductor manufacturing equipment, and that market has an absolute king named ASML.

In dollar terms, ASML controls roughly 80–90% of the lithography market. EUV (extreme ultraviolet) tools, where the most advanced chips are made, are an outright ASML monopoly. A single EUV machine costs $200–300 million; the latest High-NA EUV runs about $350 million.

Nikon's position. Through the 2000s, Nikon and Canon split lithography leadership. Then ASML commercialized EUV in the 2010s and the landscape transformed. Today Nikon's strategy centers on ArF immersion lithography, with a new model called the "S6xx" planned for fiscal 2028 to claw back share. There is essentially no Nikon answer to EUV.

Which means: no matter how loud Japan's semiconductor boom gets, Nikon is not positioned to land big orders from TSMC's Kumamoto fab or Rapidus's Hokkaido fab. Those leading-edge factories buy ASML EUV.

Canon versus Nikon: offense versus defense

Same equipment industry, very different stories.

Canon is launching its first new KrF lithography tool in 14 years in early 2026. Throughput jumps from 310 wafers per hour to 400, about 30% faster. Riding the global NAND flash shortage, Canon is targeting over 50% market share in megafabs.

In September 2025, Canon also brought online its first new lithography factory in 21 years, a roughly $320 million plant in Utsunomiya, Tochigi prefecture. Annual production capacity rose about 1.5x. Chairman and CEO Fujio Mitarai called it "a major shift in management strategy," signaling Canon's commitment to growing semiconductor equipment as a core business.

Canon is also betting on nanoimprint lithography (NIL), what it calls a "game changer." NIL reportedly cuts power consumption up to 90% versus EUV and has already shipped commercial systems to the Texas Institute for Electronics.

Nikon, meanwhile, has limited offensive options in lithography. And its hoped-for diversification engine, metal 3D printing, just blew up. The "offensive" diversification and the "defensive" core business broke at roughly the same time.

TSMC Kumamoto's Spillover Doesn't Reach Nikon

Japan's semiconductor industry overall is genuinely recovering.

TSMC began mass production at its Kumamoto Fab 1 (JASM) in late 2024. For Fab 2, the original 7nm plan was upgraded to 3nm, with total investment expanding to about $17 billion. Rapidus, the Japanese startup targeting 2nm production by late fiscal 2027, has secured cumulative government support of roughly 2.35 trillion yen ($15 billion). The Kyushu Economic Research Center estimates TSMC-related investment will create about 6.9 trillion yen ($45 billion) in economic ripple effects for Kumamoto over ten years.

Tokyo Electron holds about 90–94% global share in coater/developer tools. SCREEN Holdings leads global wafer cleaning. Advantest commands roughly 58% of the chip test equipment market. Japan's equipment and materials makers are riding the wave.

But Nikon's positioning is different. The lithography market has hardened into "ASML for the leading edge" and "Canon rising for megafabs." Nikon's space depends on whether the ArF immersion tool planned for 2028 succeeds, which is more than two years away.

A mid-term plan collapses, and a "near-leading-edge" one begins

Nikon's four-year mid-term plan starting fiscal 2022 ended in clear failure. The targets of 700 billion yen in revenue, an operating margin above 10% and ROE above 8% were not achieved, and the final year's operating line was a loss.

On the same day as the results, May 8, Nikon published a new mid-term plan running to March 2031. It targets revenue of 1 trillion yen and ROE of 10%, backed by roughly 350 billion yen of investment concentrated in three growth areas: semiconductor equipment, space and defense, and cameras. Omura said the company is decisively shifting to a management style that grows the businesses it has chosen.

In lithography, the strategy is to avoid competing with ASML at the leading edge and instead fight in what Nikon calls the near-leading-edge, using ArF immersion tools. A back-end (assembly) lithography system is due within 2026, followed by a front-end ArF immersion tool around 2028. It echoes the path Canon took when it withdrew from front-end leading-edge development and found room in older back-end tools.

Balance-sheet measures round out the plan:

  • Selling cross-shareholdings and idle real estate for balance-sheet efficiency
  • Restructuring SLM (organizational streamlining and cost cuts to lower break-even)
  • Targeting US/European defense and aerospace markets for SLM's metal 3D printing
  • Strengthening internal controls, manufacturing facilities, and IT/DX investment

The defense/aerospace pivot for SLM is notable. Metal 3D printing suits aerospace components and missile parts, and with US and European defense budgets expanding, SLM's technology may find new life there.

The EssilorLuxottica Wildcard

A few days before the earnings, another important number landed. EssilorLuxottica, the French eyewear giant behind Ray-Ban and Oakley, disclosed a 14.20% stake in Nikon as of February 2.

Essilor secured Japanese regulatory approval in October 2025 to acquire up to 20% voting rights. Already a de facto top shareholder, it's putting external discipline on Nikon's management. Portfolio cleanup, exits from unprofitable lines, stronger shareholder returns, Tokyo Stock Exchange's governance reform plus the foreign shareholder presence are nudging Nikon toward faster transformation.

Nikon and Essilor have a long history of cooperation through their eyewear lens joint venture (Nikon-Essilor), so this is a friendly major shareholder rather than a hostile bidder. Still, the shareholder gaze is accelerating decisions.

The Lessons for "Made in Japan"

Nikon's record loss highlights three structural challenges facing traditional Japanese manufacturers:

First, leading-edge global markets are increasingly winner-take-all. EUV lithography has ASML, AI accelerators have Nvidia, EV batteries have CATL. Space for "second-tier" players keeps shrinking.

Second, diversification through M&A is hard. Nikon bought SLM (3D printing) and RED Digital Cinema (cinema cameras) in quick succession; SLM required a huge impairment within three years, while RED's technology has made it into the ZR cinema camera. The outcomes diverged sharply. Post-merger integration remains a long-running weakness for Japanese companies.

Third, "semiconductor boom" and "semiconductor equipment maker boom" are different things. New chip fabs in Japan don't necessarily mean Japanese equipment wins. The real game is ecosystem-level competitiveness.

Nikon forecasts a return to profit in fiscal 2027 and the balance sheet remains solid. Over a century of optical heritage and a powerful new shareholder in EssilorLuxottica are real assets for a comeback. The real question is whether Nikon can rebuild a winnable position somewhere over the next 5–10 years of the semiconductor wave.

In Japan, people are watching closely to see whether Nikon can recover its optics pride. In your country, when an established technology company gets caught flat-footed by a new industrial wave, what kinds of turnaround strategies tend to be debated? We'd love to hear your perspective.

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