ARCHIVE NUMBERSHistory in numbers

How many machine tools Japan built, how far they went NC and how many went overseas: we have charted it all with figures from primary sources. Output peaked at 1.3034 trillion yen in 1990, which is still the record and about 350 times the level of 1955 (3.7 billion yen), just after the war. All values are nominal (not adjusted for inflation). Each year has a source, and years we could not confirm are left blank, with the line broken and no bar drawn. The ★ marks under each chart are events from the chapter timelines.

In numbers,
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Chips, the Kezuriba mascot

Output: 1954–2025 (¥100 million, nominal)

Annual output of machine tools (metal-cutting machine tools). From a few billion yen in the 1950s, it rose with rapid economic growth to 319.3 billion yen in 1970, passed 1 trillion yen for the first time in 1985 on the back of NC and exports, and reached 1.3034 trillion yen in 1990. In 2009 the Lehman Shock cut it to less than 40% of the previous year. On a linear scale the 1950s and 60s are hard to see, so you can switch to the Log scale view.

05,00010,00015,000¥100M1954: 5.44 billion yen: 5,435.63 million yen (the postwar high at the time)1955: 3.7 billion yen1956: 7.2 billion yen1957: 15 billion yen1959: 24.3 billion yen1960: 45.1 billion yen: 8.3 times 19541962: 100.9 billion yen: over 100 billion yen for the first time1965: 70.3 billion yen: the 1965 (Showa 40) recession1967: 126 billion yen1968: 176.5 billion yen: up 40% year on year1969: 239.4 billion yen: up 36% year on year1970: 319.3 billion yen: the highest up to the end of the 1960s1974: 358.6 billion yen: a peak around the oil shock1975: 230.7 billion yen: 65% of the previous year1976: 226.8 billion yen1977: 312.8 billion yen1981: 851.3 billion yen1982: 782.8 billion yen: down 8.1% year on year1983: 702.3 billion yen: down 10.3% year on year1984: 881.5 billion yen: up 25.5% year on year1985: 1.0511 trillion yen: over 1 trillion yen for the first time1986: 899 billion yen (rounded to ¥1 billion)1987: 689 billion yen (rounded to ¥1 billion)1988: 881.1 billion yen1989: 1.1392 trillion yen: up 29.3% year on year1990: 1.3034 trillion yen: still the all-time annual record1991: 1.266 trillion yen (rounded to ¥1 billion)1992: 831 billion yen (rounded to ¥1 billion)1993: 593 billion yen (rounded to ¥1 billion)1994: 554 billion yen (rounded to ¥1 billion)1995: 699 billion yen (rounded to ¥1 billion)1996: 837 billion yen (rounded to ¥1 billion)1997: 1.017 trillion yen (rounded to ¥1 billion)1998: 1.011 trillion yen (rounded to ¥1 billion)1999: 739 billion yen (rounded to ¥1 billion)2000: 815 billion yen (rounded to ¥1 billion)2001: 776 billion yen (rounded to ¥1 billion)2002: 585 billion yen (rounded to ¥1 billion)2003: 690 billion yen (rounded to ¥1 billion)2004: 878 billion yen (rounded to ¥1 billion)2005: 1.11 trillion yen (rounded to ¥1 billion)2006: 1.21123 trillion yen2007: 1.30316 trillion yen2008: 1.24918 trillion yen2009: 486.28 billion yen: revised from 490.3 billion yen in the 2010 annual report2010: 813 billion yen: revised from 834.1 billion yen in the 2010 annual report2011: 1.14939 trillion yen2012: 1.15198 trillion yen2013: 886.37 billion yen2014: 1.18629 trillion yen2015: 1.25809 trillion yen2016: 1.01281 trillion yen2017: 1.12982 trillion yen2018: 1.23679 trillion yen2019: 1.07245 trillion yen2020: 723.99 billion yen2021: 895.41 billion yen2022: 1.07883 trillion yen2023: 1.05179 trillion yen2024: 901.34 billion yen2025: 982.65 billion yen1958: value not confirmed1961: value not confirmed1963: value not confirmed1964: value not confirmed1966: value not confirmed1971: value not confirmed1972: value not confirmed1973: value not confirmed1978: value not confirmed1979: value not confirmed1980: value not confirmed1955196019651970197519801985199019952000200520102015202020253,1933,58613,03413,0324,86312,368★1956 Machinery Act1956 (Lathe chapter) Temporary Measures Act for the Promotion of the Machinery Industry. Under the basic rationalization plan, machine tool makers renewed their equipment. Output rose from 3.7 billion yen in 1955 to 15 billion yen in 1957★1958 NC milling machine1958 (Milling/MC chapter) Makino develops the K series of vertical milling machines and Japan's first NC milling machine. The NC unit is Fuji Tsushinki's first commercial unit★1972 CNC era1972 (Lathe chapter) The era of CNC with built-in computers begins. Fujitsu's NC division becomes independent as Fujitsu FANUC and announces a CNC, and Okuma releases its own CNC (OSP2000). From this year on, Japan's machine tool exports consistently exceed imports★1982 World No. 11982 (Lathe chapter) Japan's machine tool output overtakes that of the United States to rank first in the world, a position it held for 27 years until 2008★1990 All-time high1990 (Lathe chapter) Output of 1.3034 trillion yen, still the all-time record. The NC ratio peaks at 75.7% (output first exceeded 1 trillion yen in 1985)★2009 China No. 12009 (Lathe chapter) China becomes the world's top producer of machine tools by value. Japan's output falls from 1.3032 trillion yen in 2007 to 486.3 billion yen in 2009
Dark bars = values given in units of ¥100 million; light bars = values rounded to ¥1 billion (years in 1986–2005 for which no value in ¥100 million was found); short gray lines on the axis = years whose value we could not confirm. ★ = events from the chapter timelines (click to open the chapter timeline). Sources are in the table below
Values and sources by year (61 years)
YearOutput (¥100 million)NotesSources
1954Showa 2954.45,435.63 million yen (the postwar high at the time)[1, frame 107][2, frame 42]
1955Showa 3037[2, frame 18]
1956Showa 3172[2, frame 18]
1957Showa 32150[2, frame 18]
1959Showa 34243[1, frame 107]
1960Showa 354518.3 times 1954[1, frame 107]
1962Showa 371,009over 100 billion yen for the first time[3, frame 8][4, frame 10]
1965Showa 40703the 1965 (Showa 40) recession[5, frame 3][3, frame 4][4, frame 10]
1967Showa 421,260[3, frame 8]
1968Showa 431,765up 40% year on year[3, frame 4]
1969Showa 442,394up 36% year on year[5, frame 3]
1970Showa 453,193the highest up to the end of the 1960s[4, frame 10][6, frame 436]
1974Showa 493,586a peak around the oil shock[7, frame 7]
1975Showa 502,30765% of the previous year[7, frame 7][4, frame 10]
1976Showa 512,268[4, frame 10]
1977Showa 523,128[7, frame 7]
1981Showa 568,513[2, frame 43]
1982Showa 577,828down 8.1% year on year[2, frame 43]
1983Showa 587,023down 10.3% year on year[2, frame 43]
1984Showa 598,815up 25.5% year on year[2, frame 43]
1985Showa 6010,511over 1 trillion yen for the first time[4, frame 10][2, frame 43][8]
1986Showa 618,990 (rounded to ¥1 billion)[8]
1987Showa 626,890 (rounded to ¥1 billion)[8]
1988Showa 638,811[2, frame 43][8]
1989Heisei 111,392up 29.3% year on year[2, frame 43][8]
1990Heisei 213,034still the all-time annual record[2, frame 43][9][8]
1991Heisei 312,660 (rounded to ¥1 billion)[8]
1992Heisei 48,310 (rounded to ¥1 billion)[8]
1993Heisei 55,930 (rounded to ¥1 billion)[8]
1994Heisei 65,540 (rounded to ¥1 billion)[8]
1995Heisei 76,990 (rounded to ¥1 billion)[8]
1996Heisei 88,370 (rounded to ¥1 billion)[8]
1997Heisei 910,170 (rounded to ¥1 billion)[8]
1998Heisei 1010,110 (rounded to ¥1 billion)[8]
1999Heisei 117,390 (rounded to ¥1 billion)[8]
2000Heisei 128,150 (rounded to ¥1 billion)[8]
2001Heisei 137,760 (rounded to ¥1 billion)[8]
2002Heisei 145,850 (rounded to ¥1 billion)[8]
2003Heisei 156,900 (rounded to ¥1 billion)[8]
2004Heisei 168,780 (rounded to ¥1 billion)[8]
2005Heisei 1711,100 (rounded to ¥1 billion)[10]
2006Heisei 1812,112.3[11]
2007Heisei 1913,031.6[11]
2008Heisei 2012,491.8[11]
2009Heisei 214,862.8revised from 490.3 billion yen in the 2010 annual report[12]
2010Heisei 228,130revised from 834.1 billion yen in the 2010 annual report[12]
2011Heisei 2311,493.9[12]
2012Heisei 2411,519.8[12]
2013Heisei 258,863.7[12]
2014Heisei 2611,862.9[12]
2015Heisei 2712,580.9[12]
2016Heisei 2810,128.1[12]
2017Heisei 2911,298.2[12]
2018Heisei 3012,367.9[12]
2019Reiwa 110,724.5[12]
2020Reiwa 27,239.9[12]
2021Reiwa 38,954.1[12]
2022Reiwa 410,788.3[12]
2023Reiwa 510,517.9[12]
2024Reiwa 69,013.4[12]
2025Reiwa 79,826.5[12]

Prewar and wartime: 1933–1944 (¥10,000)

Output bottomed out in 1931 (Showa 6), recovered with military demand and peaked at 723 million yen a year in 1944 (Showa 19). These figures were compiled differently from postwar statistics and in a different unit (¥10,000), so they are shown in a separate chart. The values are figures given in the text of Chokki Toshiaki (1963), and many of them are rounded, such as "about 200 million yen" (light bars).

020,00040,00060,00080,000¥10k1933: about 10 million yen: "recovered to the level of 10 million yen a year"~1,0001937: about 50 million yen~5,0001938: about 200 million yen~20,0001939: about 270 million yen~27,0001940: about 310 million yen: "exceeding 310 million yen"; 29.5 times 1933~31,0001944: 723 million yen: the prewar and wartime high72,3001930193119321933193419351936193719381939194019411942194319441945★1938 Industry Act1938 (Lathe chapter) Machine Tool Manufacturing Industry Act (Act No. 40, promulgated in March). Companies meeting conditions such as 200 or more machine tools in one plant were designated licensed companies, including Ikegai, Niigata, Tokyo Gas & Electric Industry and Okuma (Okuma in July)★1940 US export ban1940 (Lathe chapter) The US bans machine tool exports to Japan. Until then, over 80% of imports came from the US★1944 Output peak1944 (Lathe chapter) Machine tool output kept rising until 1944. "Wartime-type" lathes and milling machines with drastically reduced materials were built
Light bars = values the text rounds with "about" or "over"; dark bars = values as given. Short gray lines = years whose value we could not confirm
Values and sources by year
YearOutput (¥10,000)NotesSources
1933Showa 8about 1,000"recovered to the level of 10 million yen a year"[1, frame 61]
1937Showa 12about 5,000[1, frame 73]
1938Showa 13about 20,000[1, frame 73]
1939Showa 14about 27,000[1, frame 73]
1940Showa 15about 31,000"exceeding 310 million yen"; 29.5 times 1933[1, frame 73]
1944Showa 1972,300the prewar and wartime high[1, frame 61]

NC ratio: share of NC machine tools in output (%)

It was 7.8% in 1970, passed 50% in 1981 and reached 75.7% in 1990. Today it is over 90%, and non-NC machine tools make up less than a tenth. For the 1970s and 80s only the years given in the sources are shown, and 1992–2005 could not be confirmed.

020406080100%1970: 7.8%1975: about 17%: about 17% (passed 15% in 1973; jmtba10y frame 45)1977: about 26%: "just over 26%"; 5,436 NC machines, 80.5 billion yen1978: 29.4%: passed 20% in 19761980: about 50%: about 50% (it passed 50% in 1981; jmtba10y frame 21)1982: 53.9%1990: 75.7%: the highest up to the 1990s1991: 72.5%2006: 88.4%2007: 90%2008: 87.8%2009: 85.6%2010: 82.8%2011: 84%2012: 90%2013: 89.3%2014: 90.4%2015: 90.7%2016: 90%2017: 91.1%2018: 90.5%2019: 89.9%2020: 91.2%2021: 93.1%2022: 93.9%2023: 93.1%2024: 93.5%2025: 93.1%7.8~17~2629.4~5053.975.772.593.11971: value not confirmed1972: value not confirmed1973: value not confirmed1974: value not confirmed1976: value not confirmed1979: value not confirmed1981: value not confirmed1983: value not confirmed1984: value not confirmed1985: value not confirmed1986: value not confirmed1987: value not confirmed1988: value not confirmed1989: value not confirmed1992: value not confirmed1993: value not confirmed1994: value not confirmed1995: value not confirmed1996: value not confirmed1997: value not confirmed1998: value not confirmed1999: value not confirmed2000: value not confirmed2001: value not confirmed2002: value not confirmed2003: value not confirmed2004: value not confirmed2005: value not confirmed195519601965197019751980198519901995200020052010201520202025★1957 First NC lathe1957 (Lathe chapter) The Tokyo Institute of Technology's Precision Engineering Laboratory succeeds in building a prototype NC lathe, the first NC lathe in Japan: a converted hydraulic copying lathe with simultaneous two-axis control★1960 First MC1960 (Milling/MC chapter) A Hitachi group develops an NC universal machine tool with a two-arm ATC (8 tools): Japan's first machining center. In-house NC unit HIDAM-43, probably the first ball screws on a Japanese NC machine, and magnetic-tape NC. Exhibited at the Tokyo International Trade Fair the following year, 1961★1972 CNC1972 (Lathe chapter) The era of CNC with built-in computers begins. Fujitsu's NC division becomes independent as Fujitsu FANUC and announces a CNC, and Okuma releases its own CNC (OSP2000). From this year on, Japan's machine tool exports consistently exceed imports★1981 NC ratio over 50%1981 (Lathe chapter) NC machines exceed 50% of machine tool output by value. For lathes the NC ratio exceeds 70%, and NC lathe output peaks at 161.3 billion yen★1983 Multitasking1983 (Lathe chapter) Yamazaki Iron Works completes the multitasking machine "SLANT TURN 40N ATC Mill Center"★2006 5-axis & multitasking2006 (Multitasking/5-axis chapter) Four of the five models winning the Machine Industry Design Award are 5-axis MCs or multitasking machines (including Mitsui Seiki Kogyo's Vertex550-5X 5-axis vertical and Matsuura Machinery's CUBLEX-25 5-axis multitasking machine). The same year, Mori Seiki develops the 5-axis NMV5000 DCG
Lines join only runs of consecutive years with values (the line is broken where years are missing). Open dots = values the sources describe as "about" or "just over". Short gray lines = years from 1970 on whose value we could not confirm
Values and sources by year (28 years)
Year%NotesSources
19707.8[2, frame 45]
1975about 17about 17% (passed 15% in 1973; jmtba10y frame 45)[13]
1977about 26"just over 26%"; 5,436 NC machines, 80.5 billion yen[7, frame 8]
197829.4passed 20% in 1976[2, frame 45]
1980about 50about 50% (it passed 50% in 1981; jmtba10y frame 21)[13]
198253.9[2, frame 45]
199075.7the highest up to the 1990s[2, frame 45]
199172.5[2, frame 45]
200688.4[11]
200790[11]
200887.8[11]
200985.6[14][12]
201082.8[14][12]
201184[14][12]
201290[14][12]
201389.3[14][12]
201490.4[15]
201590.7[15]
201690[15]
201791.1[15]
201890.5[15]
201989.9[15]
202091.2[15]
202193.1[15]
202293.9[15]
202393.1[15]
202493.5[15]
202593.1[16]

Export ratio: exports as a share of output (%)

The export ratio passed 30% in 1976 and reached just over 44% in 1978. Since 2009 it has been 66–86%, and it was 84.5% in 2024. Exports (Ministry of Finance) include used machines, while output (METI) covers only establishments with 50 or more employees, so this is an "apparent" ratio. 1979–2008 could not be confirmed.

020406080100%1978: about 44%: "just over 44%"; it passed 30% in 19762009: 66.1%2010: 74.9%2011: 74.4%2012: 82.1%2013: 86.5%2014: 81.1%2015: 74.1%2016: 65.8%2017: 69.6%2018: 71.3%2019: 68.5%2020: 73.1%2021: 79.6%2022: 79.4%2023: 79%2024: 84.5%2025: 86%~44861976: value not confirmed1977: value not confirmed1979: value not confirmed1980: value not confirmed1981: value not confirmed1982: value not confirmed1983: value not confirmed1984: value not confirmed1985: value not confirmed1986: value not confirmed1987: value not confirmed1988: value not confirmed1989: value not confirmed1990: value not confirmed1991: value not confirmed1992: value not confirmed1993: value not confirmed1994: value not confirmed1995: value not confirmed1996: value not confirmed1997: value not confirmed1998: value not confirmed1999: value not confirmed2000: value not confirmed2001: value not confirmed2002: value not confirmed2003: value not confirmed2004: value not confirmed2005: value not confirmed2006: value not confirmed2007: value not confirmed2008: value not confirmed195519601965197019751980198519901995200020052010201520202025★1962 Lathe exports to US1962 (Lathe chapter) Yamazaki Iron Works signs a deal to export 200 Type LE lathes to the US. Launches the "MAZAK" brand in May 1963★1970 NC lathe to the US1970 (Lathe chapter) Yamazaki Iron Works' NC lathe MTC-2500R (serial no. 200; FANUC 240, paper tape, electro-hydraulic pulse motors), the first Japanese NC lathe exported to the United States. Brought back to Japan in 2008 and designated Mechanical Engineering Heritage No. 126 in 2024★1986 MC exports 52%1986 (Milling/MC chapter) The machining center export ratio (exports as a share of production value) peaks at 52%. With the strong yen, it falls to the 30% range from 1989 on★1987 US export restraint1987 (Milling/MC chapter) A voluntary restraint agreement (VRA) on exports of NC lathes, machining centers and other machines to the US begins, agreed for five years (settled by the Japanese and US governments in December 1986)★2009 China No. 12009 (Lathe chapter) China becomes the world's top producer of machine tools by value. Japan's output falls from 1.3032 trillion yen in 2007 to 486.3 billion yen in 2009
Lines join only runs of consecutive years with values (the line is broken where years are missing). Open dots = values the sources describe as "about" or "just over". Short gray lines = years from 1976 on whose value we could not confirm
Values and sources by year (18 years)
Year%Exports (¥100 million)Output (¥100 million)NotesSources
1978about 44——"just over 44%"; it passed 30% in 1976[2, frame 21]
200966.13,2144,863[12]
201074.96,0868,130[12]
201174.48,55211,494[12]
201282.19,45611,520[12]
201386.57,6658,864[12]
201481.19,61911,863[12]
201574.19,32112,581[12]
201665.86,66510,128[12]
201769.67,86211,298[12]
201871.38,81712,368[12]
201968.57,35110,725[12]
202073.15,2967,240[12]
202179.67,1268,954[12]
202279.48,57110,788[12]
2023798,30410,518[12]
202484.57,6179,013[12]
2025868,4549,826[12]

Orders, domestic and overseas: 2009–2025 (¥100 million)

Orders received by members of the Japan Machine Tool Builders' Association (JMTBA), stacked as domestic and overseas. The figure above each bar is the overseas share, which rose from 61% in 2009 to 72.5% in 2025. The annual record for orders is 1.8158 trillion yen in 2018. We could confirm these statistics year by year only from 2009 on.

05,00010,00015,00020,000¥100M2009: domestic 159.6 billion yen2009: overseas 252.2 billion yen (61.2%)61%2010: domestic 307.5 billion yen2010: overseas 671.1 billion yen (68.6%)69%2011: domestic 421.6 billion yen2011: overseas 904.6 billion yen (68.2%)68%2012: domestic 375.8 billion yen2012: overseas 836.6 billion yen (69%)69%2013: domestic 400.8 billion yen2013: overseas 716.2 billion yen (64.1%)64%2014: domestic 496.4 billion yen2014: overseas 1.013 trillion yen (67.1%)67%2015: domestic 586.2 billion yen2015: overseas 894.4 billion yen (60.4%)60%2016: domestic 530.5 billion yen2016: overseas 719.5 billion yen (57.6%)58%2017: domestic 629.4 billion yen2017: overseas 1.0162 trillion yen (61.8%)62%2018: domestic 750.3 billion yen2018: overseas 1.0654 trillion yen (58.7%)59%2019: domestic 493.2 billion yen2019: overseas 736.7 billion yen (59.9%)60%2020: domestic 324.5 billion yen2020: overseas 577.4 billion yen (64%)64%2021: domestic 510.3 billion yen2021: overseas 1.0311 trillion yen (66.9%)67%2022: domestic 603.2 billion yen2022: overseas 1.1564 trillion yen (65.7%)66%2023: domestic 476.8 billion yen2023: overseas 1.0097 trillion yen (67.9%)68%2024: domestic 441.5 billion yen2024: overseas 1.0436 trillion yen (70.3%)70%2025: domestic 440.9 billion yen2025: overseas 1.1635 trillion yen (72.5%)73%20092010201120122013201420152016201720182019202020212022202320242025DomesticOverseas (% above = share)★2009 China No. 12009 (Lathe chapter) China becomes the world's top producer of machine tools by value. Japan's output falls from 1.3032 trillion yen in 2007 to 486.3 billion yen in 2009★2014 AM hybrid2014 (Multitasking/5-axis chapter) Yamazaki Mazak announces two hybrid multitasking machines (metal additive manufacturing and cutting). It completed the VARIAXIS j-600 AM in November 2016★2018 Gear-cutting hybrid2018 (Multitasking/5-axis chapter) Yamazaki Mazak completes the INTEGREX AG series, fusing a multitasking machine with a dedicated gear-cutting machine★2021 Industry realignment2021 (Gear cutting chapter) Mitsubishi Heavy Industries Machine Tool comes under Nidec through a business transfer (today's Nidec Machine Tool)
Annual totals (member orders) from JMTBA's Key Machine Tool Statistics. We checked for each year that domestic + overseas = total
Values and sources by year
YearTotal ordersDomesticOverseasOverseas shareSources
20094,1181,5962,52261.2%[12]
20109,7863,0756,71168.6%[12]
201113,2624,2169,04668.2%[12]
201212,1243,7588,36669%[12]
201311,1704,0087,16264.1%[12]
201415,0944,96410,13067.1%[12]
201514,8065,8628,94460.4%[12]
201612,5005,3057,19557.6%[12]
201716,4566,29410,16261.8%[12]
201818,1587,50310,65458.7%[12]
201912,2994,9327,36759.9%[12]
20209,0183,2455,77464%[12]
202115,4145,10310,31166.9%[12]
202217,5966,03211,56465.7%[12]
202314,8654,76810,09767.9%[12]
202414,8514,41510,43670.3%[12]
202516,0434,40911,63572.5%[12]

Japan in the world

In machine tool output, Japan passed West Germany to become No. 3 in the world in 1969, and passed the US to become No. 1 in 1982. It stayed No. 1 for 27 years until 2008, and China has been No. 1 since 2009. Few of the countries' output values could be confirmed in primary sources, so only the rankings are given here.

1982–2008 Japan No. 1 in the world by outputJapan No. 1 by output2009–2025 China No. 1China No. 11969: passes West Germany to become the world's No. 3 producer, after the US and USSR1982: passes the US to become No. 1 in the world by output, a position held for 27 years2009: China becomes the world's largest producer2024 survey: in US-based Gardner's world survey (2024 edition), China is No. 1 for the 15th straight year, Germany No. 2 and Japan No. 3 (per JMTBA materials)1969 No. 3No. 3 (2024 survey)19501960197019801990200020102020★1970 NC lathe to the US1970 (Lathe chapter) Yamazaki Iron Works' NC lathe MTC-2500R (serial no. 200; FANUC 240, paper tape, electro-hydraulic pulse motors), the first Japanese NC lathe exported to the United States. Brought back to Japan in 2008 and designated Mechanical Engineering Heritage No. 126 in 2024★1982 World No. 11982 (Lathe chapter) Japan's machine tool output overtakes that of the United States to rank first in the world, a position it held for 27 years until 2008★2009 China No. 12009 (Lathe chapter) China becomes the world's top producer of machine tools by value. Japan's output falls from 1.3032 trillion yen in 2007 to 486.3 billion yen in 2009
Yellow band = the period when Japan was No. 1 in the world. Rankings for 1950–1968 and 1970–1981 are not checked here

Breaks in the statistics and how to read them

What we could not confirm

Related pages

Sources

Numbers are sequential on this page. For National Diet Library materials, we checked the sentences in the text by full-text search in October 2026 and give the frames used (we did not use figures from tables). Tables from e-Stat, JMTBA and the Statistics Bureau are copied directly from the files or calculated by the method described.

  1. Chokki Toshiaki, Nihon no kosaku kikai kogyo no hatten katei no bunseki (An analysis of the development of Japan's machine tool industry) (1963)Frames 61, 73, 107
  2. JMTBA, Seicho, henkaku: 10-nen no kiroku 1982–91 (Growth and change: a 10-year record, 1982–91) (1992)Frames 18, 21, 42, 43, 45
  3. Japan Machine Tool Builders' Association (JMTBA), Jigyo hokokusho Showa 43 nendo (Business report, FY1968) (1969)Frames 4, 8
  4. JMTBA (ed.), Kosaku kikai sangyo no seisan noryoku to shitauke kozo (Production capacity and subcontracting structure of the machine tool industry), Economic Research Institute, Japan Society for the Promotion of Machine Industry (1989)Frames 10
  5. Japan Machine Tool Builders' Association (JMTBA), Jigyo hokokusho Showa 44 nendo (Business report, FY1969) (1970)Frames 3
  6. Niigata Tekkosho hachijunen-shi (An 80-year history of Niigata Engineering) (1977)Frames 436
  7. Kosaku kikai: gyoshubetsu ryutsu shisutemu-ka donyu manyuaru (Machine tools: a manual for introducing distribution systems by industry), Distribution Systems Research Institute (1978)Frames 7, 8
  8. Statistics Bureau, Ministry of Internal Affairs and Communications, Historical Statistics of Japan, Table 8-9-e "Production of general industrial machinery (1985–2004)" (originally MITI Current Production Statistics; a 2013 Internet Archive copy, as the table is no longer on the Statistics Bureau site)
  9. JMTBA, MACHINE TOOL INDUSTRY JAPAN 2025, "Progress of Japan's Machine Tool Industry" (PDF)
  10. Statistics Bureau, Ministry of Internal Affairs and Communications, Japan Statistical Yearbook, 62nd edition (2013), Table 8-11 "Production of general industrial machinery (2000–2010)"
  11. METI Current Production Statistics, Machinery Statistics Annual Report 2010, time-series table 1 (11 Metal-cutting machine tools) (e-Stat)
  12. JMTBA, "Key machine tool statistics (through August 2026)" (PDF; orders = JMTBA, production = METI, exports = Ministry of Finance)
  13. Iwasaki Takeshi, "Survey on the Systematization of EDM Technology", National Museum of Nature and Science, Survey Reports on the Systematization of Technologies Vol. 32 (2023)
  14. METI Current Production Statistics, 2013 Annual Report, Machinery Statistics, time-series table 1 (11 Metal-cutting machine tools; total NC machine tools) (e-Stat)
  15. JMTBA, MACHINE TOOL INDUSTRY JAPAN 2025, "Machine Tool Production" (PDF)
  16. METI Current Production Statistics, 2025 Annual Report (production value by item for metal-cutting machine tools, 2110; calculated by adding the NC items) (e-Stat)