
Since our founding in 1885, Fujikura Group 's DNA has been passed down through the "enterprising spirit" and "Fujikura's technology." Under this DNA, we have always valued our excellent technical capabilities, our ability to adapt to social changes, and our relationships of trust with our customers. We at Fujikura Group will continue to create value for customer and contribute to society through "Tsunagu" technology.
1843 ~
Founder: Zenpachi Fujikura
1843 ~ Founder Zenpachi Fujikura
The Life of Zenpachi
January 28, 1843 (Tenpo 14) | Born as the eldest son of his father Kumakichi at 21 Numahata, Funatsugawa, Ueno Village, Aso County, Shimotsuke. |
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1867 (Keio 3) | Runs a rice mill using a waterwheel |
1875 (Meiji 8) | Lived in Kanda Myojinshita, Tokyo |
1881 (Meiji 14) | Moved to Kanda Awajicho 1-chome and started a root-hanging business. |
November 3, 1883 (Meiji 16) | He went to see the arc lamp on the balcony of the Nihonbashi-dori Telegraph Office with his youngest brother, Tomekichi, and became interested in electricity. |
May 1884 (Meiji 17) | Asking Ichikawa Danjūrō IX to give a speech at the Shintomiza Theatre Orders flood in and the Negake business becomes a success |
February 1885 (Meiji 18) | Started manufacturing silk and cotton-wrapped wires Together with his younger brother, Harukichi, he invented and manufacturing an iron braiding machine, improving production efficiency. |
1887 (Meiji 20) | Imported 5 large braiding machines from the United States. |
April 1888 (Meiji 21) | Rented the former silk mill on the Shinjuku Imperial Estate (Shinjuku Factory) |
September 1890 (Meiji 23) | The factory was relocated to Sendagaya 900 (Sendagaya Factory ①). |
June 1896 (Meiji 29) | The factory is relocated to 922 Sendagaya (Sendagaya Factory 2). |
1900 (Meiji 33) | Drafted a proposal to establish Fujikura Limited Partnership Company |
May 1901 (Meiji 34) | Asked his younger brother Tomekichi, who runs a Western furniture store (Yokohama), to concentrate on the electric wire business |
October 8 | Died (aged 59), and according to his will, his youngest brother, Tomekichi Matsumoto, became his successor. |
Watermill era (hometown: Sano, Tochigi Prefecture)
Zenpachi was born in Ueno Village, Tochigi Prefecture (now Sano City), in the Funatsu River, a triangular area between the Watarase River and its tributary, the Akiyama River. The Fujikura family owned a large amount of farmland, but due to frequent floods, the harvest decreased year by year. His father, Kumakichi, sales timber and worked in the shipping business in addition to farming, but the family fortunes did not improve.
Zenpachi eventually started a rice milling business using a waterwheel in "Numabata", but the business was not as profitable as it was prosperous, and he was hit by disasters. Zenpachi made up his mind, and when the contract for the waterwheel rights expired, he moved to Tokyo in search of a new life. It was 1875 (Meiji 8), and Zenpachi was 33 years old.


Moving to Tokyo - Founding
Since his arrival in Tokyo in 1875 (Meiji 8), Zenpachi's life has been a series of struggles. The steam engine purchased with the intention of using steam power in the rice milling industry was defect, and the lawsuit took three years, and business failed. The next few business didn't work either.
In 1881 (Meiji 14), he moved to 1-1 Kanda-Awaji-cho, which brought him good luck. Zenpachi's wife, Ine, receives instruction from a craftsman in a neighboring house to help the family and begins to make "nekake" as a handmaiden. Eventually, it became the work of the Zenpachi family. At first, one braiding machine was operated by his wife Ine from morning until 10 o'clock at night, and then Zenpachi ran it all night and handed it over to Ine the next morning. After that, the number of craftsmen increased, and the rented house on 2-chome was used as a factory, and it was operated day and night.
In 1884 (Meiji 17), Zenpachi devised a round-shaped netkake. The new product was named "Ichikawa Kake" and asked Danjuro Ichikawa, the ninth generation of famous kabuki actors at the time, to scatter hundreds of them every day in the audience. It became popular, and orders flooded in from all over the country. And the profits became the financial background for Zenpachi's Electric Wire business.

Electric Wire manufacturing- Eyes Gazing at the Arc Lamp -
On a November night in 1883 (Meiji 16), a record number of people came to see the public lighting of the arc lamp on Nihonbashi Street. Zenpachi was among the huge crowd, along with his youngest brother, Tomekichi. The two of them gazed at the shining arc lamp with their four eyes. Zenpachi was 41 years old and Tomekichi was 16.
How did he come up with the idea of manufacturing electric wires from root kake? The Short Biography of Fujikura Zenpachi tells the following story.
"It was in the late autumn of 1883 that an arc lamp was lit on the balcony of the post office near Nihonbashi Bridge to introduce electric light to the citizens. Zenpachi was first basked in the brilliant light and was overwhelmed with admiration. From then on he developed a deep interest in the electricity business. Furthermore, the weaving machines and silk and cotton threads he had been using were extremely closely related to the primitive electric wires of the time, and so through a mysterious coincidence he ended up trying his hand at manufacturing electric wires. The year 1885 was actually February."


"Kaku Shrine"- Fujikura's guardian deity -
Our company regards Kaku Shrine as the guardian deity of the company. The origin of this is that in Kanda Awajicho 1-chome, where Zenpachi lived, there used to be the Ogyu residence, where Kaku Shrine was enshrined. In 1872 (Meiji 5), it was moved to a villa in Hongo, and the sacred coral tree was given to a certain construction worker who lived nearby.
Zenpachi came to have deep reverence for Kaku Shrine, and since Kanda-Awajicho was also the birthplace of the shrine, he requested that the shrine be separated and made the deity the guardian deity of the shrine. At the same time, he also received a coral tree, which he transported in a decorated oxcart to the Sendagaya factory and made into a sacred tree.

1885 ~
Founding and early days
1885 - Founding and the early days
The history of Fujikura begins
The history of our company began in February 1885 (Meiji 18) when Zenpachi Fujikura, the founder of the company, embarked on manufacturing silk and cotton winding lines, just as the dawn of electric wires business in our country was beginning to dawn. In his hometown of Funatsugawa, Ueno-mura (now Sano-shi), Tochigi Prefecture, he was engaged in rice milling using a water wheel in addition to farming, but in 1875 (Meiji 8), he moved to Tokyo and settled in Kanda Myojinshita. Zenpachi was 33 years old. He moved to 1-1 Awaji-cho, Kanda, and in 1881 (Meiji 14), he started manufacturing "Nekake" from a cottage industry started by his wife Ine. Zenpachi was a progressive and enterprising man with a strong entrepreneurial spirit, and his ingenuity and ingenuity resulted in a rush of orders for "nekake" from all over Japan.
The common people of Tokyo saw electric lights when the first demonstration was held in Ginza in 1882 (Meiji 15). The second demonstration was held on Nihonbashi-dori in November of the following year, 1883, and attracted a record number of spectators. Among the large crowd were Zenpachi Fujikura and his 16-year-old brother Tomekichi, who had just arrived in Tokyo. Zenpachi's experience that night sparked his interest in electricity, and he later embarked on electric wire business because of the similarity between netsuke and wire sheath braiding techniques.

Tomekichi Fujikura (later the first president) travels to the United States
He moved to Tokyo in 1883 (Meiji 16). He settled in his older brother Zenpachi's house, and while attending Chinese and English schools, he helped out at the busy factory. In July 1886 (Meiji 19), Tomekichi was 19 years old and left for America with a firm determination to learn about new foreign cultures. In America, he worked during the day and studied English at night. He returned to Japan in July 1890 (Meiji 23). In 1890 (Meiji 23), he was adopted by the Matsumoto family.



Kanda Awajicho Factory
In February 1885 (Meiji 18), they started manufacturing silk and cotton-wrapped wire at 1-1 Awajicho, Kanda. They had 12 employees, including Fujikura Zenpachi, his wife Ine, and Fujikura (later Nakauchi) Harukichi. Their home and factory had three rooms (10, 8, and 6 tatami mats), of which the factory section was a 10-tatami mat room with wooden flooring, which was later expanded to three rooms. They also rented a house in 2-chome, which they called the "2-chome Factory." The braiding machines were operated by hand, so one person was assigned to each machine.
Soon the factory became busy and was operating day and night. The equipment consisted of one large wooden braiding machine measuring 60cm square, and five small iron braiding machines. manufacturing silk and cotton-wrapped cords, roots, and cords for haori.

Shinjuku Factory
In April 1888 (Meiji 21), the company rented a silk mill on the Imperial Household Ministry's property (Shinjuku Gyoen) and opened the Shinjuku factory. A waterwheel was located in a small stream drawn from the Tamagawa Aqueduct, and the power was used from this. The factory consisted of two wooden buildings (15m x 32m) on either side of the waterwheel, with a tiled roof and brick paving. The company had eight braiding machines, 20 electric wire braiding machines, and five to six employees. The company began manufacturing Tokyo wire and paraffin wire lamp cord. The company began researching rubber wire.
1890 ~
The era of establishing the foundations
1890 - The era of establishing the foundations
Sendagaya Factory
Sendagaya Factory①
In September 1890 (Meiji 23), the company purchased land owned by the Kishu Tokugawa family at 900 Sendagaya and built a new factory. There was also a waterwheel that used the Tamagawa Aqueduct, and it was larger and more powerful. The waterwheel powered rubber rollers, and manufacturing of rubber wire began. At the time, there were no domestically produced rubber wires, and expensive foreign products were the only ones used. It was said that "he who controls rubber controls electric wires," and the perfection of rubber-coated wires was the long-cherished wish of electric wire companies. The factory site was 330 sq. m, and the waterwheel was 5.4 m in size.


Shinjuku Station is in the upper right corner of the map (Geospatial Information Authority of Japan/Published in 1909)

Sendagaya Factory②
In June 1896 (Meiji 29), the factory was moved to 922 Sendagaya. The company needed to quickly mass-produce rubber wire, but did not have a steam engine for mass production. Luckily, a silk mill at 922 Sendagaya had closed due to poor business, and it had a steam engine and a powerful water wheel. The factory site was 3,200 m2, which was too large for the time, but Zenpachi decided to buy it, anticipating the future. This made it possible to carry out all processes for rubber wire in one factory, and the manufacturing capacity increased dramatically. The main products were Tokyo wire and paraffin wire, and rubber-coated wire was in a period of struggle to improve its quality. The following month in July, Zenpachi's nephew, Okada Kenzo, was sent to the United States to learn the technology of rubber-coated wire. When Okada Kenzo returned to Japan in August 1900 (Meiji 33), he played the most important role in terms of technology. The company was established as Fujikura Electric Wire & Rubber Co., Ltd. in 1901 (Meiji 34). In 1910 (Meiji 43), due to the need to expand the scale of the electric wire business, the company changed its name to Fujikura Electric Wire Co., Ltd.





Tomekichi Matsumoto, first president
Born on November 28, 1868 (Meiji era) in Ueno Village, Tochigi Prefecture (now Sano City) Funatsu River. He is the youngest brother of the founder, Zenpachi Fujikura. In 1890 (Meiji 23), after returning from the United States, he inherited the "Matsumoto family" and ran a Western-style furniture store in Yokohama, while moving to Tokyo to help his brother Zenpachi in research on rubber-coated wires. Later, Zenpachi asks Rukichi to devote himself to the business of electric wires. In May 1901 (Meiji 34), Ruyoshi disposed of the Western-style furniture store, accepted Zenpachi's request, and moved to Tokyo. In October of that year, Zenpachi died. As his successor, Ruyoshi made Zenpachi's private company a company organization, and on October 25, 1901 (Meiji 34), he established the Fujikura Electric Wire Protection Partnership Company and became its representative Fujikura employee. Thanks to Ruyoshi's energetic efforts after that, the electric wire business continued to develop, and the "Fujikura of technology" was established. On March 18, 1910 (Meiji 43), the electric wire business was separated due to the need to expand the electric wire business, and Fujikura Electric Wire Co., Ltd. was born. Ruyoshi is 43 years old. In 1903 (Meiji 36), the factory was completely destroyed by a whirlwind, and in 1923 (Taisho 12), the Fukagawa factory was burned down by the Great Kanto Earthquake. In 1938 (Showa 13), there were 45 companies related to President Matsumoto Rukichi. On March 24, 1938 (Showa 13), Rukichi Matsumoto died, aged 71.

The four people who supported President Tomekichi Matsumoto

(In charge of manufacturing and development)

(Development of domestic insulating paper, etc.)

(In charge of sales and purchasing)

(Promoting earthquake recovery)
1923 ~
Earthquake reconstruction and the age of technology
1923 - The era of earthquake reconstruction and technology
Fukagawa factory burned down
On September 1, 1923 (Taisho 12), the Great Kanto Earthquake struck the newly completed Fukagawa Factory. The damage was minor, with only the chimney being broken, but that night a fire broke out in Susaki Bentencho and spread, completely burning down the Fukagawa Factory.



Fukagawa Factory Renovation
President Matsumoto Tomekichi responded quickly. Using the facilities of the undamaged Sendagaya Factory, the company was able to quickly restore operations, with three machine tools up and running by the second day. Electric wires in stock were sold like hotcakes as emergency supplies, raising funds for the restoration.





Shinta Matsumoto, 2nd President
In March 1938 (Showa 13), upon the death of President Tomekichi Matsumoto, his eldest son, Shinta Matsumoto, became the second president. Soon after assuming his position, the new president established Fujikura Chemical Industries (now Fujikura Kasei) and Fujikura Aviation Industries (now Fujikura Air Equipment), while also making many improvements to employee welfare. He was generous in his support and understanding of the cultural and physical education activities of his employees. He especially loved baseball, and led the baseball team he founded to evolve from amateur baseball and win the 12th (1938) and 13th (1939) Intercity Baseball Tournament. This was also a time when the shadow of war was growing stronger.
On March 10, 1945 (Showa 20), as Japan was losing the war, the Fukagawa Factory was completely destroyed in the Great Tokyo Air Raid, resulting in many casualties. After that, President Shinta resumed production in September, despite the severe shortage of copper and other materials, and achieved postwar reconstruction.

Baseball club launched
It was created in 1923 (Taisho 12) by President Arata Matsumoto, who was then General Affairs Manager. The newly created uniform was burned in the earthquake.
In 1925 (Taisho 14), a field was built next to the factory. Practices were held from 4:00 p.m. after work, and games were only held on holidays.

Intercity Baseball Championship
As a representative of Tokyo City, the team won the 12th tournament in 1938 (Showa 13) thanks to pitcher Doi's outstanding performance. The following year, the team participated in the 13th tournament and won consecutive championships thanks to pitcher Yoshida's excellent pitching. This period was the golden age of the baseball team.

1945 ~
Postwar reconstruction and the era of rapid economic growth
1945 - Postwar reconstruction and high economic growth



Numazu Factory (Numazu, Shizuoka)
Founded in 1944 (Showa 19) as a factory evacuated during the war, the Fuji Factory moved surviving machinery from the Fukagawa Factory, which had been destroyed in the Great Tokyo Air Raid, and operated as a rubber wire factory. However, as it had originally been rented from a paper mill, there were many problems with both layout and efficiency as an electric wire factory. Therefore, the Fuji Factory was moved to Numazu, and began operating as the Numazu Factory in July 1953 (Showa 28). Initial products included bare copper wire, aluminum wire, rubber insulated wire, and plastic wire. The Numazu Factory was the birthplace of many technologies and products that continue to support business foundation.

Sakura Factory (Sakura City, Chiba Prefecture)
It was in 1960 (Showa 35) during the Iwato boom that we came up with the idea of building a third factory after the Fukagawa and Numazu factories. With momentum in expanding product types and increasing orders, the construction of a modern factory to keep up with this was an urgent need. Trial runs began in 1964 (Showa 39), and full operation began the following year in 1965 (Showa 40). During the period of high economic growth, the Sakura Factory grew rapidly as a modern factory mainly producing communication cables. The Sakura Factory continued to grow in momentum thereafter, and also expanded into mass production of Optcal Fiber, FPC (flexible printed circuit board) and electronic wire, as well as the development manufacturing of Fusion Splicer, becoming the backbone of our company.

Suzuka Factory (Suzuka City, Mie Prefecture)
In order to meet the sudden increase in electricity demand due to the Izanagi boom that began in 1965, we planned to build a factory exclusively for the production of electric CV cables. At that time, we received negotiations from Suzuka City in Mie Prefecture, which was eager to attract a factory, and in 1970, we built our fourth factory, the Suzuka Factory. manufacturing equipment was the most advanced at the time, and it was an advanced CV cable factory. Since its founding, the Suzuka Factory has received a succession of large orders and has continued to operate at full capacity. It has grown rapidly as a major base supporting our electric power business.

Head Office Kasumigaseki Building
Japan's first skyscraper, the Kasumigaseki Building (36 floors above ground and 3 floors below ground), was completed in April 1968. Our company decided to move its head office to the Kasumigaseki Building and began operations on the 11th floor of the building.

1973 ~
Turmoil and Trials
1973 - A time of upheaval and trials
Oil Crisis and Low Growth
In October 1973 (Showa 48), the Fourth Arab-Israeli War broke out. Oil-producing Arab countries cut back on oil supplies to unfriendly countries, including Japan. The ensuing price surge subsided, but the economy slumped, and this had a major impact on the electric wire industry. The production environment changed drastically with raw material shortages, plummeting prices, and restrictions on electricity use, and the demand for electric wires also plummeted. President Kino Arata declared a state of emergency at the beginning of 1974 (Showa 49) and proposed measures such as cost cutting. While our company also sought to expand exports, we also established two new business divisions, "Electrical Equipment and Materials" and "Overseas," to expand business related to electric wires.
Gotanda Fujikura Building
In October 1977, we moved our head office from the Kasumigaseki Building to the Gotanda Fujikura Building (9 floors above ground, 1 floor below ground). The building was originally intended to be rented out, but due to the economic downturn at the time, we were unable to find the tenants we were hoping for, so we decided to use it as our own head office.

Development of Optcal Fiber
Furukawa Electric, which has been working on Optcal Fiber since 1970, began joint development with Nippon Telegraph and Telephone Public Corporation in 1975, and in 1976 developed an extremely low-loss fiber using the MCVD method, discovering that there was an extremely low-loss region on the long wavelength side (received the IEE Best Paper Award). In 1980, Furukawa Electric was the first in the world to develop an extremely low-OH fiber using the VAD method, a domestically developed technology, and the realization of this wide low-loss region led to the current wavelength division multiplexing communications.



Fujikura Thailand Co., Ltd. established
Fujikura Thailand was established in August 1984. It was the first locally incorporated company in Thailand. The company took advantage of the strong yen caused by the Plaza Accord in the following year of 1985 and the boom in foreign investment. The company also grew rapidly with a production shift to electronic materials and optical components, and remains a central presence of Fujikura Group in Thailand to this day.

100th Anniversary business
To mark the 100th anniversary of the company's founding, the company adopted a new name, "Fujikura," and establishment a new company emblem in an effort to create a corporate image that was not limited to electric wires. In addition, the company published its 100-year history and establishment a new basic policy.
1991 ~
The era of globalization and new technologies
1991 ~ The era of globalization and new technology
New Fukagawa head office building completed
In 1990, the head office building was completed. The head office was consolidated in Fukagawa, and a system was established whereby sales, technology, head office functions, etc. could be integrated to carry out business operations.


Company name change
On October 1, 1992, the company name was changed from Fujikura Electric Wire to Fujikura Ltd. Although the company had been solely focused on electric wires for many years, it was beginning to move into new business fields such as electronic materials and optical systems, and was gradually shedding its roots as a manufacturer specializing in electric wires. Under these circumstances, the company strengthened its electric wire business while also proactively working to move into new fields, marking the start of a new Fujikura that promoted a corporate image that was not limited to electric wires.

Futtsu Factory (Futtsu City, Chiba Prefecture)
In October 1992, the Futtsu Factory was constructed as a new base for manufacturing and development of power cables to replace the Fukagawa Factory, and began operations on the same day as the company name was changed. As power cables continue to become increasingly high voltage, large capacity, and long, the Futtsu Factory is a cutting-edge factory built to fully meet user needs as a manufacturing base for world-class ultra-high voltage CV cables, OF cables, and submarine cables.

The complex city "Fukagawa Gatharia" is born
The former Fukagawa factory site was redeveloped to create a new city, Fukagawa Gatharia, in 2000. The historic area of Fukagawa is being redeveloped to create a vibrant town, with a complex offering three functions: business, shopping, and amenities.

Fujikura to become a top global brand
We supplied Optcal Fiber to the world, and our Fusion Splicer became the world's top brand. We also expanded into the electronics and electrical equipment field around the world, and our corporate structure changed from "Fujikura of Japan" to "Fujikura of the World."

120th anniversary since founding
The company celebrated its 120th anniversary in 2005. It establishment a new Corporate Philosophy, "MVCV (Mission, Vision, Core Values)."
A picture book titled "Flying Elephant" was produced as part of the commemorative business, and the company is using the book to communicate its new Corporate Philosophy to Fujikura employee.

Fujikura Timeline
1885 - Founding and the period of clarity
Fujikura's History | World events | |
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1885 (Meiji 18) |
![]() Zenpachi Fujikura begins manufacturing silk and cotton-wrapped wire |
Ministry of Communications established |
1886 (19th year of the Meiji era) |
Tomekichi Fujikura travels to the United States. |
Tokyo Electric Light Company opens |
1887 (Meiji 20) |
Zenpachi Fujikura imports five large braiding machines from the United States. |
Tokyo Electric Light Company turns on the lights at Rokumeikan (starts business) No. 12 hard copper wire was used for the telegraph line between Tokyo and Atami. Osaka Electric Light Company established |
1888 (Meiji 21) |
The silk mill in the Shinjuku Imperial Estate was rented and the factory was relocated. |
The Institute of Electrical Engineers of Japan was founded |
1889 (Meiji 22) | Telephone service opened between Tokyo and Atami The Constitution of the Empire of Japan is promulgated. Tokaido Main Line completed |
1890 - The era of establishing the foundations
Fujikura's History | World events | |
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1890 (Meiji 23) |
Tomekichi Fujikura returns from the United States. |
Japanese engineers laying submarine telegraph cable in the Tsugaru Straits |
1893 (Meiji 26) |
First in Japan to start manufacturing rubber-coated wires |
|
1896 (29th year of the Meiji era) |
![]() The factory was relocated to 922 Sendagaya. |
Promulgation of the Telegraph Act |
1900 (Meiji 33) | Public telephones installed at Ueno and Shimbashi stations | |
1901 (Meiji 34) |
![]() Founder Zenpachi Fujikura passes away (age 59) |
|
1903 (Meiji 36) |
![]() Became Japan's first rubber-coated wire factory designated by the Ministry of Communications. |
|
1910 (Meiji 43) | Fujikura Electric Wire Co., Ltd. is established. Fujikura employee: Matsumoto Tomekichi Capital: 500,000 yen Fujikura Waterproof Fabric manufacturing Co., Ltd. (now Fujikura Composites) is established. |
|
1916 (Taisho 5) | Start of copper melting, rolling, and wire making work. Factory No. 3 burned down |
|
1918 (Taisho 7) | Multi-layer rubber-coated wire patented "Practical Electric Wire Handbook" (Electric Wire Handbook) published |
|
1919 (Taisho 8) |
![]() Establishment of Fujikura Gakuen, a facility for the intellectually disabled (Oshima) |
|
1920 (Taisho 9) | Purchased 70,000 m2 of land in Hirakucho, Fukagawa, and began construction of a factory. | The League of Nations is established |
1921 (Taisho 10) | The Fukagawa copper smelting plant was completed. | Washington Conference held |
1923 - The Age of Earthquake Disaster Recovery and Technology
Fujikura's History | World events | |
---|---|---|
1923 (Taisho 12) |
Fukagawa head office and factory completed |
The Great Kanto Earthquake |
1924 (Taisho 13) |
![]() ![]() Fukagawa Factory restored |
|
1925 (Taisho 14) | Delivered 1200-pair cable made with domestically produced insulating paper to the Ministry of Communications. Becomes a designated factory by the Ministry of Railways |
|
1929 (Showa 4) |
![]() New head office building completed |
The Great Depression begins |
1930 (Showa 5) |
![]() Started manufacturing modular city cables |
|
1931 (Showa 6) |
![]() Started manufacturing "Fujikosen", the first electric wire for aircraft in Japan |
|
1933 (Showa 8) |
![]() Officially register the company logo |
|
1935 (Showa 10) | Obtained patent for Fujikura type high frequency coaxial cable First publication of "Fujikura Electric Wire Report" (the predecessor of "Fujikura Technical Report") |
|
1938 (Showa 13) |
![]() First president, Tomekichi Matsumoto, dies (aged 71) |
|
1939 (Showa 14) | Winner of the 13th Intercity Baseball Tournament Fujikura Aviation Industry (now Fujikura Aviation Equipment) is established. |
|
1941 (Showa 16) | Started manufacturing aluminum electric wires | Outbreak of the Pacific War |
1943 (Showa 18) | Kenzo Okada passes away (age 68) Started manufacturing Fujikura type 100kW coaxial cable |
|
1944 (Showa 19) |
![]() Fuji Factory opened |
1945 - Postwar reconstruction and high economic growth
Fujikura's History | World events | |
---|---|---|
1945 (Showa 20) |
The Fukagawa factory was completely destroyed during the Great Tokyo Air Raid. |
Acceptance of the Potsdam Declaration |
1948 (Showa 23) |
![]() Goro Ishibashi becomes the third president. |
|
1949 (Showa 24) | Delivered Japan's first 24-core TV camera cable to NHK First delivery of ACSR to Japan Power Transmission and Distribution Started manufacturing vinyl electric wires Fukagawa Factory flooded by Typhoon Kitty |
|
1953 (Showa 28) | NHK begins television broadcasting | |
1954 (Showa 29) | Numazu Factory completed In-house newsletter "Fujikura Electric Wire News" launched Runner-up in the 25th Intercity Baseball Tournament Ultra-high pressure laboratory completed |
|
1957 (Showa 32) | Wire harness manufacturing begins | |
1958 (Showa 33) | Japan's first 154kV oil-filled cable delivered to Tokyo Electric Power Company Numazu Copper Melting Co., Ltd. established Tama Fujikura Academy established |
|
1961 (Showa 36) |
![]() Kamon Hyodo becomes the fourth president. |
|
1964 (Showa 39) | Japan's first 66kV PFO cable laying at Sakura Factory Developed SZ twisting method manufacturing equipment for communication cables |
Tokaido Shinkansen begins operation Tokyo Olympics |
1965 (Showa 40) |
![]() Sakura Factory completed ![]() Hisaji Kuriyama becomes the fifth president. |
|
1968 (Showa 43) | Head office established in Kasumigaseki Building | |
1969 (Showa 44) | Delivered 275kV oil-filled cable to Tokyo Electric Power Company | Tomei Expressway opens |
1970 (Showa 45) |
![]() Suzuka Factory completed |
Expo '70 held in Japan |
1973 - A time of upheaval and trials
Fujikura's History | World events | |
---|---|---|
1973 (Showa 48) |
![]() Jiro Kino becomes the sixth president. |
First Oil Crisis |
1974 (Showa 49) | Started investigation into Optcal Fiber preform manufacturing using CVD method Development of 275kV CV cable Kyoei Wire Co., Ltd. established |
Electric wire manufacturing industry designated as a recessionary industry |
1975 (Showa 50) | Nippon Telegraph and Telephone Public Corporation, Furukawa Electric, Sumitomo Electric Industries, and our company concluded an agreement for joint research into Optcal Fiber Developed the first flat elevator cable in Japan |
Sanyo Shinkansen opens |
1976 (Showa 51) |
![]() Jointly developed the world's first long-wavelength extremely low-loss Optcal Fiber with Nippon Telegraph and Telephone Public Corporation |
|
1977 (Showa 52) | Development of unit-type fiber with high tensile strength wire Japan's first practical use of 154kV CV cable Head office moved to Gotanda Fujikura Building |
|
1979 (Showa 54) | Started manufacturing ribbon wires and flat cables Started production of FPC for electronic devices The world's first low-loss optical single-mode fiber Achieved 0.27dB/km |
The second oil crisis |
1980 (Showa 55) | Metal SP cable development Development of single mode fusion splicer |
New Energy Development Organization launched |
1981 (Showa 56) | Development of heat pipes for melting snow Japan's first composite Optcal Fiber ground wire developed |
|
1982 (Showa 57) |
![]() Semiconductor pressure sensor development Sakurahikari Factory completed |
Chuo Expressway completed Tohoku Shinkansen and Joetsu Shinkansen opened |
1983 (Showa 58) | Beginning of laying and installation of Optcal Fiber for the Japanese archipelago F heater production begins |
Completed opening of Chugoku Expressway |
1984 (Showa 59) | Fujikura Thailand Co., Ltd. established | |
1985 (Showa 60) |
![]() 100th anniversary of founding |
Completion of Optcal Fiber transmission line through Japan Tsukuba Science Expo Opening |
1987 (Showa 62) | Successfully fabricating wire from oxide superconducting material Optoelectronics Research Center completed Fujikura Federal Cable is established. Compilation of the company history "Fujikura's 100 Year History" |
Japanese National Railways is divided and privatized. |
1988 (Showa 63) | PCTT, DDK Thailand and Fujikura Europe are established. Developed the world's first CS trolley wire Developed the world's first Fusion Splicer |
|
1989 (Heisei 1) | Tohoku Fujikura, Aomori Fujikura, Fujikura Engineering (Thailand) Co., Ltd. and LTEC Co., Ltd. are established. Started delivery of optical line monitoring system (Suzuki Giken) |
Consumption tax introduced |
1990 (Heisei 2) | Erbium-doped Optcal Fiber amplifier development Syscom is founded New Fukagawa head office building completed |
1991 ~ The era of globalization and new technology
Fujikura's History | World events | |
---|---|---|
1991 (Heisei 3) | Optical System Development Center completed Fujikura Precision and Zhuhai Fujikura Denso Co., Ltd. established |
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1992 (Heisei 4) |
![]() Futtsu Factory completed ![]() Company name changed to "Fujikura" ![]() Shigenobu Tanaka becomes the 9th president. |
Shinkansen "Nozomi" service begins |
1993 (Heisei 5) |
![]() Tokyo R&D Center completed |
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1995 (Heisei 7) | Fujikura (Malaysia) Sdn. Bhd. is established Development of ultra-low loss multi-fiber connector |
The Great Hanshin-Awaji Earthquake |
1996 (Heisei 8) | Development of a popular compact Optcal Fiber amplifier module | |
1998 (Heisei 10) | Delivered the world's largest DC 500kV OF submarine cable to KEPCO and EDHP World's first recyclable eco-friendly electric wire developed |
Nagano Winter Olympics held |
1999 (Heisei 11) |
![]() Akira Tsujikawa becomes the 10th president |
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2000 (Heisei 12) |
![]() The redevelopment of the former Fukagawa factory site creates "Fukagawa Gatharia" |
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2001 (Heisei 13) | FESL is established FTTH optical product commercialization Development of seating sensors for automobiles |
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2002 (Heisei 14) | Received the Shibusawa Award for high-voltage CV live-line diagnostic equipment First delivery of cables for deep-sea drilling vessels Wafer level package production begins |
Japan-Korea World Cup |
2003 (Heisei 15) | Dye-sensitized solar cell development Established Fujikura Trading (Shanghai) Co., Ltd., the Chinese headquarters |
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2004 (Heisei 16) | Delivery of ultra-high speed elevator cables | |
2005 (Heisei 17) |
![]() 120th anniversary since founding New Corporate Philosophy "MVCV" introduced |
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2006 (Heisei 18) |
![]() Acquires 60% of the shares of the Spanish company ACE |
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2007 (Heisei 19) |
![]() Head office showroom renewal |
Niigata Chuetsu offshore earthquake |
2008 (Heisei 20) | Acquires Spanish company ACE as subsidiary | |
2009 (Heisei 21) |
![]() Yoichi Nagahama becomes the 12th president. |
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2010 (Heisei 22) |
![]() FETL was established by integrating seven group companies in Kingdom of Thailand ![]() Acquired OptoEnergy |
The Tohoku Shinkansen (Tokyo-Shin-Aomori) is fully opened. |
2011 (Heisei 23) | Factory damaged by floods in Kingdom of Thailand | Great East Japan Earthquake Kingdom of Thailand Flood |
2015 (Heisei 27) |
![]() VAD method with superior mass production capability for Optcal Fiber recognized as IEEE Milestone |
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2016 (Heisei 28) | Masahiko Ito becomes the 13th president. Fujikura Group Kingdom of Thailand Flood Recovery Declaration Fujikura Dia Cable merges business industrial electric business manufacturing and sales business Fujikura Group establishment Long-Term Environmental Vision 2050 Acquires distribution line and overhead transmission line business from VISCAS |
Kumamoto Earthquake Ise-Shima Summit |
2017 (Heisei 29) |
![]() "Fujikura-Kiba Millennium Woods" registered as one of the Tokyo Metropolitan Government's "Edo no Midori Registered Green Spaces (Excellent Green Spaces)" |
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2018 (Heisei 30) |
![]() Opening of innovation hub "BRIDGE" |
FUJIKURA ODYSSEY
Fujikura Odyssey
It has been over 120 years since the company was founded in 1885.
Fujikura has always taken on technological challenges and brought many original products to the world.
The work of these engineers has left a great mark on the history of technological evolution, achieving one global feat after another...
We will explore the background of Fujikura's technological capabilities that have been passed down through the generations.
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Vol. 01Mariana Trench RomanceThe story of cable development for the 10,000m-class unmanned exploration vehicle "KAIKO"
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Vol. 02No.1 share in the worldThe story of the development of the de facto standard "Optcal Fiber fusion splicer"
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Vol. 03A gift from GodThe story of the development of "ultra-low loss Optcal Fiber" a symbol of Fujikrism
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Vol. 04Technology MicrocosmThe development story of "Flexible Printed Circuits (FPC)," the key to the evolution of electronic devices
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Vol. 05The Superconducting RevolutionThe story of the world's first "yttrium-based oxide superconducting wire" development
Management Philosophy
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