Nikon - Company History
- Founding
- In July 1917 Nippon Kogaku was established with funding from Iwasaki Koyata, president of Mitsubishi Goshi, by bringing together the optical instruments division of Tokyo Keiki Seisakusho and the reflector division of Iwaki Glass. It began with the Imperial Navy: the First World War had cut off imports of German optical equipment, and the Navy could no longer supply for itself the rangefinders and periscopes its warships needed. The Fujii Lens Manufacturing Works was merged in immediately after the founding, and the Oi plant was built in 1918. Stable volume production of optical glass, though, came only ten years later, in 1927, and the decade of trial and failure before it could be borne only because a single customer, the Navy, was there to carry it. At the surrender in 1945 the company employed some 25,000 people across twenty plants — and that demand vanished in a night.
- The Decision
- Each time its demand disappeared, Nikon pointed the same lens technology at another customer industry. Losing military demand in 1945, it closed nineteen of its twenty plants, keeping only Oi, let some 20,000 people go, and turned to volume production of premium cameras with a workforce of 1,724. In 1976 it joined the VLSI Technology Research Association, and Yoshida Shoichiro and the special-equipment division — which had handled sideline precision optics such as ruling engines — completed the first stepper, the NSR-1010G, in 1980, with deliveries to NEC and Toshiba beginning the following year. By 1983 Nikon held the world's leading share in lithography systems, and in FY1984 sales of semiconductor-related equipment expanded to $238.7M (¥57bn). It could redirect its technology three times over because it kept everything from melting optical glass to polishing it inside the company.
- Today
- What makes the profits today is not lithography but cameras. Of revenue of $4.3B (¥677bn) in the year to March 2026, Imaging accounted for $1.8B (¥290bn), Precision Equipment $1.1B (¥167bn), Healthcare $707.5M (¥112bn) and Components $481.2M (¥76bn); Imaging turned an operating profit of $105.6M (¥17bn), while Precision Equipment booked an operating loss of $28.5M (¥5bn). Even after 1,143 voluntary redundancies in 2016 brought the margins back, the phase in which both mainstays grow at once has not returned. SLM Solutions, the metal 3D printing maker taken into full ownership in 2023 as the next axis of growth, has been forced to revise its plans by the rise of Chinese rivals, and the impairment loss of $572.8M (¥91bn) booked in the year to March 2026 sank the group as a whole to an operating loss of $710.7M (¥112bn).
- Competition
- When its customers moved, Nikon was the side that did not. As Samsung Electronics and TSMC rose in the late 1990s, ASML of the Netherlands put in place its collaboration and service network for the new customers first and ate into Nikon's share. Tokyo Electron, in the same equipment industry, cut out its distributors in 1994 and went over to selling direct abroad; Nikon kept joint development with NEC, Toshiba and Hitachi at the centre of its business. The shrinking share thinned the funds for research and development, and produced a cycle of falling behind on the next generation of machines. ASML now holds about 80 per cent of the world market in lithography systems, and in cameras Sony and Canon have gone ahead in mirrorless. In 2025 Nikon withdrew from head-on competition in the front end and turned to the back end with a maskless system adapted from its FPD exposure technology. What decided the change at the top was that the customers changed geographically before the machines changed generation.
Timeline
1917–1979Wartime optics at their peak, and the turn to civilian cameras
- 1917Nippon Kogaku founded with Mitsubishi backing from Iwasaki Koyata
- 1917Optical divisions of Tokyo Keiki and Iwaki Glass merged in
- 1917Fujii Lens Manufacturing Works absorbed
- 1918Oi No. 1 plant built — today the head office and innovation centre
- 1927Volume production of optical glass achieved
- 1933Investment stepped up for munitions output
- 194520,000 staff dismissed; the turn from military to civilian demand
- 1948Volume production of cameras and lenses begins
- 1949Shares listed on the Tokyo Stock Exchange
- 1953Nikon Sales Inc. established
- 1965Strategy weighted towards premium cameras
- 1967Ofuna plant of the Oi works built
- 1968Nikon Europe N.V. established
- 1971Sagamihara plant of the Oi works built
- 1975Camera exports slump and earnings weaken
1980–1998Entering lithography, and the two pillars of optics and semiconductors
- 1980Entry into semiconductor lithography systems (steppers)
- 1981First production steppers delivered to NEC and Toshiba
- 1982Nikon Precision Inc. established in the United States
- 1983Nikon takes the world's leading share in steppers
- 1984Volume production of steppers begins; Kumagaya plant built
- 1988Company renamed from Nippon Kogaku to Nikon
- 1990Camera production shifted to Thailand; Nikon (Thailand) established
- 1991Mito plant built
- 1995Nikon Singapore Pte. Ltd. established
1999–2023Both pillars falter under ASML's grip, and restructuring is forced through
- 1999Failure to follow the customer shift; first net loss on steppers
- 2002Local production of cameras begins overseas
- 2004Yokosuka annex of the Yokohama plant opened
- 2005Nikon Imaging (China) Sales Co., Ltd. established
- 2009Metris NV of Belgium made a wholly owned subsidiary
- 2010Net loss for the year
- 2012Tie-up with Intel on semiconductor production equipment
- 2015Optos acquired, bringing retinal imaging into the group
- 2016Mark Roberts Motion Control Limited made a wholly owned subsidiary
- 2016Restructuring announced, with about 1,000 jobs to go
- 2021Net loss for the year; Morf3D Inc. taken into the group
- 2022SLM Solutions acquired, entering metal 3D printing
Founding Story
1917–1979Wartime optics at their peak, and the turn to civilian cameras
Nippon Kogaku was assembled in 1917 out of scattered private optical workshops because the Imperial Navy, cut off from German instruments by the First World War, needed rangefinders and periscopes it could no longer buy. Ten years of failed melts stood between the company and its own optical glass; the war that followed made it a 25,000-strong armaments group, and defeat erased its only customer overnight — after which the same lenses were pointed at civilians, carrying sales from $2.1M (¥747m) in FY1952 to $365.7M (¥84bn) by FY1979.
Ten years to make optical glass at home, on military demand alone
The prehistory of Nippon Kogaku reaches back to the first stirrings of a domestic optical industry in the closing years of the Meiji period. Optical machinery of the day, military and civilian alike, was imported[1]; at home only the Army and Navy arsenals and a handful of private firms — the optical instruments division of Tokyo Keiki Seisakusho, the Fujii Lens Manufacturing Works — were carrying out research and building prototypes, mostly of optical weaponry[2]. Self-sufficiency in the optical glass that telescopes and rangefinders depend on was still far off, and what private expertise existed lay scattered, with no consolidated basis for volume production. Until the First World War abruptly raised the stakes of making these things at home, Japanese optics had not moved beyond prototypes built around imported goods.
The outbreak of the First World War severed altogether the import route on which the Imperial Japanese Navy depended for German optical equipment. Unable to supply for itself the optical components essential to rangefinders, binoculars and periscopes, the Navy found the maintenance of its own fighting strength in question. Pressed hard by the Navy, Iwasaki Koyata (岩崎小彌太) of the Mitsubishi zaibatsu resolved to gather the country's private optical engineers into one firm, and in 1917 established Nippon Kogaku[3]. Immediately after founding it he acquired the Fujii Lens Manufacturing Works to secure an existing base of technique[4], and in 1918 built the new Oi plant to begin constructing a proper production system[5]. Stabilising the glass melting furnaces and drawing homogeneous blocks from them repeatedly took nearly ten years of trial and failure; only in 1927 did the company reach stable volume production of optical glass[6]. The exacting tolerances demanded by military work deepened the optical foundation on which its later move into civilian markets would rest.
Having achieved volume production, Nippon Kogaku expanded while deepening its dependence on military demand. After the Great Kanto Earthquake it took over, in a single sweep, the optical operations and the technical personnel of both the Army and the Navy, becoming very nearly the sole manufacturer of optical weaponry in the country[7]. From 1933 it pushed capital investment hard[8], raising munitions plants in quick succession at Hiratsuka and Mizonokuchi[9]. Its mainstay was naval optics — rangefinders, binoculars, gunsights, periscopes — and from the middle of the Pacific War its output of Army ordnance climbed steeply as well. By the surrender in 1945 it employed some 25,000 people[10] across twenty plants in Japan[11], a vast armaments conglomerate; but that growth was also an extreme dependence on a single customer and a single kind of demand. A business structure that was 100 per cent military carried within it the risk of losing all of its demand in one night at the war's end, and foretold both the contraction that followed and the turn to civilian markets that came out of it.
Twenty thousand let go, and a breakthrough into civilian cameras
With the surrender in 1945, Nippon Kogaku resolved to close nineteen of its plants immediately, keeping only Oi, dismissed some 20,000 employees, and set about starting again with a workforce of just 1,724[12]. During the war the company's business had centred on optical equipment — lenses and rangefinders — and it had almost no experience of building finished camera bodies in volume itself[13]. It judged nonetheless that a move into finished products was indispensable if it was to turn to civilian demand, and from 1946 development of the camera body proper began in earnest. This was an attempt to reapply the lens design skill and high-precision machining built up in wartime to a small civilian camera; with no serious maker of premium cameras yet established in Japan, it was a management decision to bet on a high-end line built for export.
Officers and men of the occupation forces stationed in Japan after the war recognised in the field the resolving power and colour rendition of Nippon Kogaku's lenses, and word spread through the lenses they carried home to the United States. In December 1950 the New York Times reported that a staff photographer for Life magazine, covering the Korean War, had used Nikkor lenses and judged them far more accurate than the lenses of German miniature cameras[14]. A special issue of Diamond in September 1961 drew the contrast between the two firms — that Nippon Kogaku had made the finest possible product its first aim, whereas Canon had pursued what would sell and what would earn[15] — and recorded how Nikon had opened its export markets on a principle of quality first. Volume production of cameras and lenses formally began in 1948[16]; exports were pushed in earnest from the following year, and the company's international standing as a maker of premium cameras was established. The discontinuous turn from a giant of military supply to a premium optical brand for civilians is exceptional even in the industrial history of post-war Japan.
1980–1998Entering lithography, and the two pillars of optics and semiconductors
The technology that gave Nikon its second business came not from cameras but from a sideline department that made ruling engines and Micro-Nikkor lenses, and it arrived through a national programme to build Japanese chipmaking equipment. Within three years of shipping its first stepper the company led the world in the category; within a decade the same formula that had won it — building each machine hand in glove with a Japanese chipmaker — had quietly become the shape of its exposure.
A lithography system born out of a sideline technology
In September 1964 Diamond took up the excess and shake-out in the camera industry, writing that around thirty firms had gone under in the two years 1954 and 1955, and some twenty more had disappeared in the three years from 1956 to 1958[17]. The same article observed that many companies were putting effort into sideline divisions in order to avoid leaning too heavily on cameras, and reported that breaking out of camera specialisation — Ricoh and Minolta moving into office machines, Canon developing desktop electronic calculators — was a problem the whole industry shared. Nikon's own move into lithography systems had its motive in this demand arising from the structure of the industry. In 1976 Nikon joined the VLSI Technology Research Association, launched under the direction of the Ministry of International Trade and Industry, taking a part in a national project to make semiconductor production equipment in Japan. The driving force behind the association's formation was the wish of the domestic chipmakers to escape their dependence on American suppliers of steppers.
The man who led the project inside Nikon was not from the camera business but from the special-equipment division, which had handled sideline precision optics such as ruling engines and Micro-Nikkor lenses: Yoshida Shoichiro (吉田庄一郎). The coordinate measuring machine incorporating a laser interferometer that his group had developed in 1972 became the technical foundation for the positioning accuracy of the later stepper. Development of the first machine, the NSR-1010G, succeeded in 1980[18], and deliveries of production units to NEC and Toshiba began the following year, in 1981. Having been able to offer the accuracy and productivity Japanese chipmakers needed sooner than its American rivals, Nikon took the world's leading share in steppers in 1983. In December 1984 Nikkei Business wrote that the momentum was such that Nikon might come to be called the Nikon of semiconductor production equipment rather than the Nikon of premium cameras[19], and reported a record level of net profit. In FY1984 sales of semiconductor-related equipment expanded to $238.7M (¥57bn)[20], a second pillar of earnings standing alongside cameras.
Closeness to domestic customers, breeding success and fragility together
The sharp appreciation of the yen that followed the 1985 Plaza Accord ate deeply into the margins on camera exports and made it economically difficult to keep production in Japan. Nikon established a local subsidiary in Thailand in 1990 and began shifting camera production abroad in earnest[21], over thirty years concentrating very nearly all of its domestic camera output at the Thai plants. Employment there reached 7,964 people by 2007[22], a defensive line against currency swings and the gap in labour costs. The camera business secured its export margins even against the headwind of a strong yen, and went on expanding in overseas markets with its brand intact. The contrary movement — domestic employment shrinking while the overseas site grew vast — was another discontinuous management decision, following the turn to civilian demand in the post-war recovery.
The stepper business, meanwhile, held a world share of 30 to 50 per cent steadily on the strength of close collaboration with Japan's semiconductor makers. The joint-development model with domestic customers — NEC, Toshiba, Hitachi, Fujitsu, Mitsubishi Electric — was a mechanism that fed on their exacting technical demands to hone the machines. Yet this very source of success, the closeness to domestic customers, at the same time carried within it a structural fragility: the geographical concentration of its customer base. That did not surface for years. Even as the centre of gravity of the semiconductor industry moved from the late 1990s towards emerging makers in Taiwan and Korea, Nikon went on running the business around its relationships with existing customers, planting within itself the cause of its lateness in turning to the new ones. That the profits from steppers were ample dulled the sense of crisis inside the company — a point management itself would later look back on.
Notes
- 企業の歴史 : 明治百年 (Corporate Histories: A Century of Meiji, Keizai Shunju-sha, 1968)↩
- 企業の歴史 : 明治百年 (Corporate Histories: A Century of Meiji, Keizai Shunju-sha, 1968)↩
- Nikon, annual securities report (corporate history section)↩
- Nikon, annual securities report (corporate history section)↩
- Nikon, annual securities report (corporate history section)↩
- Nikon, annual securities report (corporate history section)↩
- 企業の歴史 : 明治百年 (Corporate Histories: A Century of Meiji, Keizai Shunju-sha, 1968)↩
- Nikon, annual securities report↩
- Nikon, annual securities report↩
- Nikon, annual securities report↩
- Nikon, annual securities report↩
- Nikon, annual securities report↩
- Nikon, annual securities report↩
- New York Times, 10 December 1950↩
- ダイヤモンド臨時増刊 (Diamond, special issue of 10 September 1961, Diamond, Inc.)↩
- Nikon, annual securities report↩
- Diamond, 28 September 1964 (Diamond, Inc.)↩
- Nikon, annual securities report↩
- Nikkei Business, 24 December 1984 (Nikkei BP)↩
- Nikon, annual securities report↩
- Nikon, annual securities report↩
- Nikon, annual securities report↩
References & sources
- Nikon Corporation (annual securities reports), including the corporate-history section, and Fifty Years of Nikon (1967).
- New York Times: "Japanese Camera", 10 December 1950.
- Diamond (Diamond, Inc.): special issue of 10 September 1961 on Nippon Kogaku versus Canon; 28 September 1964 on the shake-out in the camera industry.
- Nikkei Business: 5 March 1984; 24 December 1984 on the rise of the semiconductor equipment business.
- Corporate Histories: A Century of Meiji, Keizai Shunju-sha (1968), the Nippon Kogaku entry.
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