Fujikura History

Since our founding in 1885, Fujikura Group 's DNA has been handed down through "enterprising spirit" and "Fujikura, a Technology Leader." Under this DNA, we have always valued our superior technological capabilities, our ability to adapt to social changes, and the trust we have built 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.
1867 (Keio 3) Runs a rice mill using a waterwheel
1875 (Meiji 8) Lived in Kanda Myojinshita, Tokyo
1881 (Meiji 14) 神田淡路町1丁目に転居、根掛け事業を始める
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.

Birthplace
Birthplace
Funatsu River Scenery
Funatsu River Scenery

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.

The Kanda Awajicho Factory (arrow), where the company was founded, is next to Kaku Shrine.
The Kanda Awajicho Factory (arrow), where the company was founded, is next to Kaku Shrine.

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.

「会々、明治16年晩秋、日本橋際郵便局ノ露台ニ於テ"アーク燈"ヲ点ジ、市民ニ電光ヲ紹介セシコトアリ。善八始メテ其ノ煌々タル光ニ浴シ、感嘆措ク所ヲ知ラズ、爾来電気事業ニ深ク興味ヲ有スルニ至リ、且ツ自ラ使用シ来レル糸組器機及絹、綿糸ガ当時ノ幼稚ナル電線トハ極メテ密接ナル関係ヲ有スル事ニヨリ、茲ニ不思議ナル縁由ヲ以テ、電線製造ニ手ヲ染ムルニ至レルモノナリ。時維レ実ニ明治18年2月トス。」

The post office near Nihonbashi Bridge, where Zenpachi and Tomekichi gazed upon the arc lamp, and Nihonbashi Bridge (foreground)
The post office near Nihonbashi Bridge, where Zenpachi and Tomekichi gazed upon the arc lamp, and Nihonbashi Bridge (foreground)
A nishiki-e print of "Arc lamps turned on in Ginza in 1882"
A nishiki-e print of "Arc lamps turned on in Ginza in 1882"

"Kaku Shrine"- Fujikura's guardian deity -

フジクラは賀来神社を会社の守護神としている。その縁起であるが、善八が住んだ神田淡路町1丁目には、かつて大給(おぎう)邸があり、賀来神社が祭ってあった。それが1872年(明治5)に本郷の別邸に移され、御神木の珊瑚樹は付近に住む鳶頭某がもらい受けた。
善八は、賀来神社を深く崇敬するようになり、また、神田淡路町は発祥の地でもあったので分祀を願い出て、フジクラの守護神としたのである。同時に珊瑚樹も譲り受け、千駄ヶ谷工場へ装飾した牛車で運び、御神木とした。

Kaku Shrine after it was moved to Fukagawa
Kaku Shrine after it was moved to Fukagawa

1885

Founding and early days

1885 - Founding and the early days

The history of Fujikura begins

フジクラの歴史は、わが国電線事業が夜明けを迎えつつあった1885年(明治18)2月、創業者である藤倉善八が絹・綿巻線の製造に乗り出したときに始まる。故郷栃木県植野村(現 佐野市)船津川で農業の傍ら水車を使った精米業をやっていたが、1875年(明治8)東京へ進出し神田明神下に居を定める。善八33歳である。神田淡路町1丁目1番地へ転居を機として、妻いねが始めた内職から、1881年(明治14)「根掛け」の製造を始めた。善八は元来企業心に富み、進歩進取の人であったので、創意工夫で「根掛け」は全国から注文が殺到、その後10年間盛況が続いた。
東京の庶民が電燈を見たのは、1882年(明治15)に銀座で第1回デモンストレーションが行われた時である。翌1883年(明治16)11月に2回目が日本橋通りで行われ、記録的な見物人を集めた。その大群衆の中に藤倉善八と上京したばかりの16歳の弟留吉がいた。善八はこの夜の体験をきっかけに電気に興味を抱き、その後根掛けと電線被覆の編組技術が似ていることから電線事業に乗り出すのである。

Founder: Zenpachi Fujikura
Founder: Zenpachi Fujikura

Tomekichi Fujikura (later the first president) travels to the United States

1883年(明治16)に上京。兄善八の家に落ち着き、漢学、英語の学校に通う傍ら、繁忙な工場を手伝う。1886年(明治19)7月、海外の新文化を学びたいとの堅い決意で米国に出発、留吉19歳である。米国では昼は働き、夜は英語を学んだ。1890年(明治23)7月に帰国した。1890年(明治23)松本家の養子となる。

Tomekichi Fujikura in his younger days (San Francisco 1888)
Tomekichi Fujikura in his younger days (San Francisco 1888)
During his time in the United States (The circle indicates Tomekichi)
During his time in the United States (The circle indicates Tomekichi)
Boarding house in San Francisco (Dr. Harris, my mentor, is in the circle)
Boarding house in San Francisco (Dr. Harris, my mentor, is in the circle)

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.

Kanda Awajicho Factory

Shinjuku Factory

1888年(明治21)4月、宮内省御料地内(新宿御苑)の製糸場を借り受け新宿工場を開設。玉川上水から引く小川に水車があり、その動力を使う。工場は水車の両側に2棟の木造、瓦葺き、レンガ敷きの建物(15m×32m)であった。設備は組紐機械8台、電線編組機20台、従業員は5~6名。東京線、パラフィン線ランプコードの製造を始める。ゴム線の研究を開始する。

1890

The era of establishing the foundations

1890 - The era of establishing the foundations

Sendagaya Factory

千駄ヶ谷工場①

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 West Exit around 1887. The factory was located beyond the woods on the left.
Shinjuku West Exit around 1887. The factory was located beyond the woods on the left.
Sendagaya Factory①Waterwheel and factory remaining on the map. Shinjuku Station is in the upper right corner of the map (Geospatial Information Authority of Japan/Published in 1909)
Sendagaya Factory① Waterwheel and factory still on the map
Shinjuku Station is in the upper right corner of the map (Geospatial Information Authority of Japan/Published in 1909)
Kanda Awajicho Factory
千駄ヶ谷工場②

善八はゴム線の量産を急がねばならなかったが、ゴム量産のための蒸気機関をもっていなかった。幸運なことに同じ番地内に、蒸気機関があり、馬力の強い水車もついていた事業不振で休業中の製糸工場があった。工場敷地995坪と当時としては大きすぎる規模であったが、善八は将来を見越して買収を決意した。 これでゴム線の総ての工程を一工場内で行うことが可能となり、その製造能力は飛躍的に増加した。主力製品は、東京線、パラフィン線で、ゴム被覆線は品質改良で苦闘時代にあった。翌月の7月、善八の甥の岡田顕三をゴム被覆線の技術習得の目的で渡米させた。1900年(明治33)8月、帰国した岡田顕三は、技術面でもっとも重要な役目を果たすのである。1901年(明治34)「藤倉電線護謨合名会社」設立。1910年(明治43年)には電線事業の規模拡大の必要性から新社名「藤倉電線株式会社」となった。

Sendagaya Factory ② (1896)
Sendagaya Factory ② (1896)
Sendagaya Factory ② (1918)
Sendagaya Factory ② (1918)
Factory gate
Factory gate
Inside the factory
Inside the factory
Inside the Sendagaya Factory

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.

Tomekichi Matsumoto, First President
Tomekichi Matsumoto, First President
The four people who supported President Tomekichi Matsumoto
Kenzo Okada (in charge of manufacturing and development)
Kenzo Okada
(In charge of manufacturing and development)
Harukichi Nakauchi (developer of domestic insulating paper, etc.)
Harukichi Nakauchi
(Development of domestic insulating paper, etc.)
Jisaburo Hyodo (sales and Purchasing)
Jisaburo Hyodo
(In charge of sales and purchasing)
Zenkichi Sekiguchi (Promoting earthquake recovery)
Yoshikichi Sekiguchi
(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 completed (1923.1)
Fukagawa Factory completed (1923.1)
The factory was destroyed by fire in the Great Kanto Earthquake (September 1923).
The factory was destroyed by fire in the Great Kanto Earthquake (September 1923).
Sendagaya Factory① Waterwheel and factory still on the map

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.

Reconstruction of Fukagawa Factory (March 1924)
Reconstruction of Fukagawa Factory (March 1924)
Inside the factory
Inside the factory
Inside the factory
Inside the factory
Inside the factory
Inside the factory
Airship hangar on the Fukagawa site
Airship hangar on the Fukagawa site

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.

Shinta Matsumoto, 2nd President
Shinta Matsumoto, 2nd President

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.

Baseball club founded (1923)
Baseball club founded (1923)

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.

Winner of the Intercity Baseball Tournament (1938, 1939)
Winner of the Intercity Baseball Tournament (1938, 1939)

1945

Postwar reconstruction and the era of rapid economic growth

1945 - Postwar reconstruction and high economic growth

The Fukagawa factory was completely destroyed in the Great Tokyo Air Raid (March 1945).
The Fukagawa factory was completely destroyed in the Great Tokyo Air Raid (March 1945).
Fukagawa Factory was rebuilt and production started in September 1945.
Fukagawa Factory was rebuilt and production started in September 1945.
The reconstructed Fukagawa Factory (1968)
The reconstructed Fukagawa Factory (1968)

Numazu Factory (Numazu, Shizuoka)

1944年(昭和19)に戦争疎開工場として創設した富士工場は東京大空襲で焼失した深川工場から、焼け残りの機械を移設し、ゴム線工場として稼動していた。しかし、もともとは製紙工場を借用していたので、電線工場としてはレイアウト・効率の両面で問題が少なくなかった。そこで富士工場を沼津に移転させ1953年(昭和28)7月より沼津工場として操業を開始した。当初の製品は裸銅線・アルミ線・ゴム絶縁線・プラスチック線等であった。沼津工場から、事業基盤を支え続ける数々の技術や製品が生まれていくのである。

Numazu Factory (1954)
Numazu Factory (1954)

Sakura Factory (Sakura City, Chiba Prefecture)

深川・沼津工場に次ぐ第3の工場を思い立ったのは岩戸景気さなかの1960年(昭和35)である。品種の広がりや受注増加に勢いがあり、これに対応するための近代的な工場の建設が急務となった。1964年(昭和39)に試運転が始まり、翌1965年(昭和40)から本格稼動した佐倉工場は高度経済成長の中、通信ケーブルを主体とした近代的な工場として急成長を遂げる。その後も勢いを増した佐倉工場は、光ファイバの量産、FPC(フレキシブルプリント基板)や電子ワイヤの量産、光ファイバ融着接続機の開発製造も加わり、フジクラの屋台骨を支える存在になるのである。

Sakura Factory (1965)
Sakura Factory (1965)

Suzuka Factory (Suzuka City, Mie Prefecture)

1965年(昭和40)からのイザナギ景気を背景とする電力需要の急増に対応するため、電力CVケーブル生産専用の工場建設を計画していた。ちょうどその時期、工場誘致に熱心であった三重県鈴鹿市からの交渉を受け、1970年(昭和45)に第4の工場となる鈴鹿工場を建設した。製造設備は当時最高レベルのものを導入し、先進のCVケーブル工場であった。鈴鹿工場は操業早々から大型受注が相次ぎ、フル回転操業が続いた。フジクラの電力事業を支える一大拠点として急成長を遂げたのである。

Suzuka Factory (1970)
Suzuka Factory (1970)

Head Office Kasumigaseki Building

1968年(昭和43)4月に日本最初の超高層ビルである霞が関ビル(地上36階、地下3階)が完成した。藤倉電線も霞が関ビルへの本社事務所移転を決定し、同ビル11階で業務を開始した。

Kasumigaseki Building
Kasumigaseki Building

1973

Turmoil and Trials

1973 - A time of upheaval and trials

Oil Crisis and Low Growth

1973年(昭和48)10月、第4次中東戦争が勃発。アラブ産油国は日本を含む非友好国には石油供給を削減する。その後の狂乱物価は沈静化したが、景気は落ち込み、電線業界にも大きな影響を与えた。原材料難と価格暴落、電力使用制限など生産環境が激変し、電線需要も急減した。木野新社長は1974年(昭和49)年頭に非常事態宣言を行い、経費節減などの対策を示した。藤倉電線も輸出拡大を図る一方、電線周辺での事業拡大を図るために「機器電材」「海外」の2事業部を新設した。

Gotanda Fujikura Building

1977年(昭和52)10月、本社事務所を霞が関ビルから五反田藤倉ビル(地上9階、地下1階)に移転した。当初は貸しビル用としての建築であったが、折からの不況により、期待していたテナントが見つからず、自社の本社事務所として使用することとなった。

Gotanda Fujikura Building
Gotanda Fujikura Building

Optical Fiber development

1970年(昭和45)から光ファイバの取り組みを進めていたフジクラは、1975年(昭和50)より電電公社と共同開発を行い、1976年(昭和51)にはMCVD法により極低損失ファイバを開発し、長波長側に超低損失領域があることを発見(IEEEの論文賞受賞)した。また、1980年(昭和55年)には極低OHファイバを国産自主技術であるVAD法により世界に先駆け開発をし、その広い低損失領域の実現により、現在の波長多重通信へとつながった。

Optical base material manufacturing by VAD method
Optical base material manufacturing by VAD method
VAD法による極低OH基 (1ppb以下)ファイバの開発  (波長1.0~1.8μmで1dB/km以下)
VAD法による極低OH基 (1ppb以下)ファイバの開発 (波長1.0~1.8μmで1dB/km以下)
光ファイバでIEEE論文賞を受賞
光ファイバでIEEE論文賞を受賞

Fujikura Thailand Co., Ltd. established

1984年(昭和59)8月、タイ王国にフジクラタイランド社を設立した。フジクラタイランド社はタイ王国現地法人の第一号の会社である。翌1985年(昭和60)のプラザ合意による円高基調の追い風と外資中心の投資ブームの波に乗り、メリットを享受した。また、電子材料や光関連部品への生産シフトで急成長を遂げ、現在に至るまで、タイ王国におけるフジクラグループの中心的な存在である。

Fujikura Thailand Co., Ltd.
Fujikura Thailand Co., Ltd.

100th Anniversary business

創業100周年を機に、電線にとらわれない企業イメージを作ろうと新呼称「フジクラ」を採用し、新社章を制定した。そのほかに100年史「フジクラ100年の歩み」の刊行、新基本方針の制定を行う。

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.

Former Fukagawa Head Office Building (built in 1929)
Former Fukagawa Head Office Building (built in 1929)
Fukagawa head office building completed
Fukagawa head office building completed

Company name change

1992年(平成4)10月1日、藤倉電線から株式会社フジクラへと社名変更を行った。長年にわたり電線一辺倒であった藤倉電線も、電子材料や光システムといった新規事業分野に進出し、電線メーカから脱皮を遂げつつあった。こうした状況下にあって、電線事業の強化を図る一方、新規分野の進出に積極的に取り組み、電線にとらわれない企業イメージをアピールした新たなフジクラの出発である。

Newspaper advertisement announcing company name change
Newspaper advertisement announcing company name change

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.

Futtsu Factory completed
Futtsu Factory completed

The complex city "Fukagawa Gatharia" is born

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

Redevelopment of the former Fukagawa factory site
Redevelopment of the former Fukagawa factory site

Fujikura to become a top global brand

We supplied Optical 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."

Fusion Splicer
Fusion Splicer

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.

Picture book "Flying Elephant."
Picture book "Flying Elephant."

Fujikura Timeline

1885 - Founding and the early days

1885 (Meiji 18)

Zenpachi Fujikura begins manufacturing silk and cotton-wrapped wire

Zenpachi Fujikura
1886 (Meiji 19)

Tomekichi Fujikura travels to the United States.

1887 (Meiji 20)

Zenpachi Fujikura imports five large braiding machines from the United States.

1888 (Meiji 21)

The factory was relocated to a rented silk mill within the Shinjuku Imperial Estate.

Started manufacturing Tokyo wire, paraffin wire, and cords

Started research into rubber wire

1889 (Meiji 22)

1890 - The era of establishing the foundations

1890 (Meiji 23)

Fujikura Tomekichi returns from the United States

The factory was relocated to 900 Sendagaya.

1893 (Meiji 26)

First in Japan to start manufacturing rubber-coated wires

1896 (Meiji 29)

The factory was relocated to 922 Sendagaya.

The factory was relocated to 922 Sendagaya.

Kenzo Okada travels to the United States to learn electric wire manufacturing technology.

1901 (Meiji 34)

Founder Zenpachi Fujikura passes away at age 59

Tomekichi Matsumoto becomes the representative Fujikura employee and Fujikura Electric Wire & Rubber Co., Ltd. is established.

Matsumoto Tomekichi
1903 (Meiji 36)

Became Japan's first rubber-coated wire factory designated by the Ministry of Communications.

The Sendagaya factory was completely destroyed by a whirlwind, but was restored three months later.

The Sendagaya factory was completely destroyed by a whirlwind, but was restored three months later.
1910 (Meiji 43)

Tomekichi Matsumoto becomes representative Fujikura employee and Fujikura Electric Wire Co., Ltd. is established.

Fujikura Waterproof Fabric manufacturing Co., Ltd. (now Fujikura Composites) is established

1916 (Taisho 5)

Start of copper melting, rolling, and wire making work.

1918 (Taisho 7)

Multi-layer rubber coated wire patented

Publication of "Practical Electric Wire Handbook," the precursor to future electric wire handbooks

1919 (Taisho 8)

Establishment of "Fujikura Gakuen," a facility handicapped person (Oshima)

Establishment of Fujikura Gakuen, a facility handicapped person (Oshima)
1920 (Taisho 9)

In search of convenient water transportation and a larger factory, the company purchased 75,000 square meters of land in Hirakucho, Fukagawa, and began construction of the factory.

1921 (Taisho 10)

The Fukagawa copper smelting plant was completed.

1923 - The era of earthquake reconstruction and technology

1923 (Taisho 12)

Fukagawa Head Office and Factory completed

Fukagawa Head Office and Factory completed

Baseball club launched

The Fukagawa headquarters and factory were completely destroyed in the Great Earthquake

1924 (Taisho 13)

Fukagawa Factory restored

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

New head office building completed
1930 (Showa 5)

Started manufacturing unit-type city cables

Started manufacturing of oil-filled cables

Research building completed

Research building completed
1931 (Showa 6)

Started manufacturing "Fujikosen", the first electric wire for aircraft in Japan

Started manufacturing "Fujikosen", the first electric wire for aircraft in Japan
1933 (Showa 8)

Officially register the company logo

Officially register the company logo

Suzuki Workshop (now Suzuki Giken) established

1935 (Showa 10)

Fujikura-type high-frequency coaxial cable patented

Launch of "Fujikura Electric Wire Report," the predecessor of the later Fujikura Technical Report

1938 (Showa 13)

First president, Tomekichi Matsumoto (71 years old) passes away

Shinta Matsumoto becomes the second president

Shinta Matsumoto becomes the second president

Winner of the 12th Intercity Baseball Tournament

Fujikura Chemical Industries (now Fujikura Kasei) is established

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

1943 (Showa 18)

Kenzo Okada passes away

Started manufacturing Fujikura type 100kW coaxial cable

1944 (Showa 19)

Fuji Factory opened

Fuji Factory opened

Yonezawa Suehiro Electric Cable Industry (now Yonezawa Electric Wire) is established

1945 - Postwar reconstruction and high economic growth

1945 (Showa 20)

The Fukagawa factory was completely destroyed in the Great Tokyo Air Raid.

Reconstruction of the Fukagawa factory begins

1948 (Showa 23)

Goro Ishibashi becomes the third president.

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

1954 (Showa 29)

Numazu Factory (now Numazu business) completed in Numazu City, Shizuoka Prefecture

Numazu Factory (now Numazu business) completed in Numazu City, Shizuoka Prefecture

First issue of the company newsletter "Fujikura Electric Wire News"

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 Gakuen established in Tama City, Tokyo

1961 (Showa 36)

Kamon Hyodo becomes the fourth president.

Kamon Hyodo becomes the fourth president.
1964 (Showa 39)

Japan's first 66kV POF cable laying at Sakura Factory

Developed SZ twisting manufacturing equipment for communication cables

1965 (Showa 40)

Sakura Factory (now Sakura business) completed in Sakura City, Chiba Prefecture

Sakura Factory (now Sakura business) completed in Sakura City, Chiba Prefecture

Hisaji Kuriyama becomes the fifth president.

Hisaji Kuriyama becomes the fifth president.

Started production of die-stamped printed wiring boards

1968 (Showa 43)

Head office established in Kasumigaseki Building

1969 (Showa 44)

Delivered 275kV oil-filled cable to Tokyo Electric Power Company

1970 (Showa 45)

Suzuka Factory (now Suzuka business) completed in Suzuka City, Mie Prefecture

Suzuka Factory (now Suzuka business) completed in Suzuka City, Mie Prefecture

1973 - A time of upheaval and trials

1973 (Showa 48)

木野二郎、6代社長に就任

木野二郎、6代社長に就任

Company history "88 Years History" published

1974 (Showa 49)

Started investigation into manufacturing Optical Fiber preforms using CVD method

Development of 275kV CV cable

Kyoei Wire Materials (now Fujikura Hi-Opt) is established

1975 (Showa 50)

日本電信電話公社(現 NTT)、古河電気工業、住友電気工業、フジクラ間で光ファイバ共同研究協定締結

Developed the first flat elevator cable in Japan

1976 (Showa 51)

Jointly developed the world's first long-wavelength, extremely low-loss Optical Fiber with Nippon Telegraph and Telephone Public Corporation (now NTT)

Delivered 500kV oil-filled cables to Tokyo Electric Power Company's Sodegaura Thermal Power Plant

Katsuo Kawamura becomes the seventh president.

Katsuo Kawamura becomes the seventh president.
1977 (Showa 52)

Development of unit-type fiber containing high-tensile strength wire

Japan's first practical application of 154kV CV cable

Head office moved to Gotanda Fujikura Building

1979 (Showa 54)

Started manufacturing ribbon wires and flat cables

Started production of flexible printed circuit boards (FPC) for electronic devices

World's first low-loss optical single-mode fiber achieves 0.27 dB/km

1980 (Showa 55)

Metaseal SP cable developed

Development of single-mode Fusion Splicer

1981 (Showa 56)

Development of heat pipes for melting snow

Japan's first development of Optical Fiber composite overhead ground wire

1982 (Showa 57)

Semiconductor pressure sensor development

275kV CV cable delivery

Seiichi Kagaya becomes the 8th president.

Seiichi Kagaya becomes the 8th president.

Hikari Factory completed at Sakura Factory

Membrane switch production begins

1983 (Showa 58)

Delivery and laying of Optical Fiber cables across the Japanese archipelago begins

F heater production begins.
The world's longest heat pipe snow melting system delivered to Jozankei Onsen

1984 (Showa 59)

Fujikura Thailand Co., Ltd. is established as the first manufacturing base Kingdom of Thailand

1985 (Showa 60)

100th anniversary of founding

Developed the world's first direct-core Fusion Splicer

New company emblem establishment

New company emblem establishment
1987 (Showa 62)

Successfully fabricating oxide superconducting material into wire

Optoelectronics Research Laboratory completed at Sakura Factory

社史「フジクラ100年の歩み」編纂

1988 (Showa 63)

Fujikura Europe GmbH is established

Developed the world's first CS trolley wire

Developed the world's first Fusion Splicer

1989 (Heisei 1)

Started delivery of optical line monitoring systems

1990 (Heisei 2)

Erbium-doped Optical Fiber amplifier development

Syscom (now Fujikura Solutions) is established

New Fukagawa head office building completed

1991 ~ The era of globalization and new technology

1991 (Heisei 3)

Optical System Development Center completed

Fujikura Precision is established

1992 (Heisei 4)

Futtsu Factory completed in Futtsu City, Chiba Prefecture

Futtsu Factory completed in Futtsu City, Chiba Prefecture

Company name changed to "Fujikura"

Company name changed to "Fujikura"

Shigenobu Tanaka becomes the 9th president.

Shigenobu Tanaka becomes the 9th president.
1993 (Heisei 5)

Tokyo R&D Center completed at Fukagawa Head Office

Tokyo R&D Center completed at Fukagawa Head Office

Delivered 500kV CV cable and Kitahon optical composite submarine cable

1995 (Heisei 7)

Ultra-low loss multi-fiber connector development

1996 (Heisei 8)

Development of a popular compact Optical Fiber amplifier module

1998 (Heisei 10)

Delivered the world's largest DC 500kV OF submarine cable to Kansai Electric Power Co., Inc.

Development of the world's first recyclable eco-friendly electric wire

1999 (Heisei 11)

Akira Tsujikawa becomes the 10th president

Akira Tsujikawa becomes the 10th president

Development of new signal cables for Shinkansen

Delivered 500kV CV cable for the Shin-Keiyo Toyosu Line

2000 (Heisei 12)

The redevelopment of the former Fukagawa factory site creates "Fukagawa Gatharia."

The redevelopment of the former Fukagawa factory site creates "Fukagawa Gatharia."
2001 (Heisei 13)

Fujikura Electronics (Shanghai) established

Commercialization of FTTH optical products

Development of seating sensors for automobiles

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

2003 (Heisei 15)

Dye-sensitized solar cell development

Fujikura Trading (Shanghai) Co., Ltd. (now Fujikura (China) Co., Ltd.) established as a Chinese headquarters

2004 (Heisei 16)

Delivery of ultra-high speed elevator cables

2005 (Heisei 17)

120th anniversary since founding

Kazuhiko Ohashi becomes the 11th president.

Kazuhiko Ohashi becomes the 11th president.

New Corporate Philosophy "MVCV" introduced

Establishment of VISCAS, a joint venture with Furukawa Electric Co., Ltd.

Established joint venture "Fujikura Dia Cable" with Mitsubishi Electric Wire Industries

America Fujikura (AFL) established

2006 (Heisei 18)

Acquires 60% of the shares of Spain's ACE

創業120周年記念事業として経営理念をわかりやすく伝える絵本「飛ぶぞう。」を作成

創業120周年記念事業として経営理念をわかりやすく伝える絵本「飛ぶぞう。」を作成
2007 (Heisei 19)

Head office showroom renewal

Head office showroom renewal

Yttrium-based oxide superconducting wire breaks world record

Acquired Fibertec Co., Ltd.

2008 (Heisei 20)

Spain's ACE becomes subsidiary

2009 (Heisei 21)

Yoichi Nagahama becomes the 12th president.

Yoichi Nagahama becomes the 12th president.
2010 (Heisei 22)

タイ王国のグループ7社を統合し、フジクラエレクトロニクス(タイランド)(FETL)設立

タイ王国のグループ7社を統合しFETL設立

Acquired Optoenergy

Completion of "Fukagawa Gatharia" a redevelopment project on the former Fukagawa factory site

Biotope "Fujikura-Kiba Millennium Woods" opens

Biotope "Fujikura-Kiba Millennium Woods" opens
2011 (Heisei 23)

Factory damaged by floods in Kingdom of Thailand

2015 (Heisei 27)

VAD method with superior mass production capability for Optical Fiber recognized as IEEE Milestone

VAD method with superior mass production capability for Optical Fiber recognized as IEEE Milestone
2016 (Heisei 28)

Masahiko Ito becomes the 13th president

Masahiko Ito becomes the 13th president

Fujikura Group Kingdom of Thailand Flood Recovery Declaration

フジクラ・ダイヤケーブルに産業用電線事業の製造事業および販売事業を統合

Fujikura Group Long-Term Environmental establishment 2050

Transfer of distribution line and overhead transmission line business from VISCAS

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)"

"Fujikura-Kiba Millennium Woods" registered as one of the Tokyo Metropolitan Government's "Edo no Midori Registered Green Spaces (Excellent Green Spaces)"

Transitioned to a company the Audit and Supervisory Committee

2018 (Heisei 30)

Opening of innovation hub "BRIDGE"

Opening of innovation hub "BRIDGE"

Sales Launch of the world's largest Fiber Optic Cable (6,9 12-fiber Wrapping Tube Cable ® (WTC ®))

The world's largest Fiber Optic Cable
2020 (Reiwa 2)

新型多心光ファイバ融着接続機90Rの販売開始

Cold plates are used as cooling components in the supercomputer "Fugaku"

2021 (Reiwa 3)

Established Fujikura Electronic Components (Thailand) Ltd., an electronic components manufacturing company, in Kingdom of Thailand

2022 (Reiwa 4)

Naoki Okada becomes the 14th president

>Naoki Okada becomes the 14th president

Established Fujikura Ltd., a manufacturing sales of flexible printed wiring boards

Established Fujikura Ltd., a manufacturing sales of power transmission lines and metal cables (including rubber-insulated wires).

Transition to the Tokyo Stock Exchange Prime Market

Established Fujikura Hong Kong Trading Co., Ltd., a sales company for electronic products, in Hong Kong.

2023 (Reiwa 5)

Increased production of rare earth high-temperature superconducting wire for small fusion energy reactors

Rare Earth High Temperature Superconducting Wire

Started delivery of rare earth high-temperature superconducting wire to CFS, a US company that is a world leader in the development of fusion energy reactors.

2024 (Reiwa 6)

First nationwide TV commercial broadcast since the company's founding

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現在のフジクラグループ会社および取扱い製品はこちらをご確認ください。

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.