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Published byAryanna Sturch Modified over 9 years ago
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1 Current Status of Japanese Manufacturing Industry Reinosuke Hara
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2 GDP Growth BrazilChinaIndia Japa n USA German y France 2005 8822,2447814,56112,4342,7962,138 2020 1,870 11,71 6 2,9704,97818,2693,2392,646 2050 4,979 38,01 0 9,4076,10537,7484,4744,216 2008 White Paper Science and Technology ($billion)
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3 GDP Growth $ trillion 2008 White Paper Science and Technology China USA India Japan
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4 Ranking in Competitive Strength International Institute for Management Development 199 3 2007 Jap an No. 1 No.2 4 USANo. 1 Chi na No. 27 No. 18
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5 Global Share 1985 2005 EU 33% 23% USA 27% 28% Japan 22% 17% China 3% 15%
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6 Global Share of Manufacturing Industry EU Japan China USA 2008 White Paper Science and Technology
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7 Share of Exports 1985 2005 EU 22% 13% USA 13% 10% Japan 12% 8% China 5% 13 %
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8 Share of Export - Manufacturing Industry EU Japan China USA 2008 White Paper Science and Technology
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9 R&D Expense USA \42.8 EU(27) \31.0 Japan \18.5 China \17.9 Germany \8.3 France \6.3 Korea \4.6 UK \4.5 Russia \2.3 India \1.9 Japan 1USA 2.3Germany 0.45 France 0.3EU 1.6UK 0.25 2006 ( ¥ trillion) 2008 White Paper Science and Technology
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10 R&D Expenses USA EU-27 EU-15 Japan China Germany France Korea UK Russia India ¥ trillion 2008 White Paper Science and Technology
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11 R&D Expense vs GDP No.1Japa n 3.6 1% No.2Kore a 3.2 3% No.3USA2.6 2% No.4Germ any 2.3 0% No.5Fran ce 2.0 0% No.6EU(1 5) 1.9 1% No.7Chin a 1.4 3% 2008 White Paper Science and Technology
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12 R&D Expense VS GDP Japan Korea EU-15 EU-27 UK China Russia India USA Germany France 2008 White Paper Science and Technology
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13 R&D Expense – Government Subsidies Japa n ¥ 3.518.5% USA¥17.142.8% EU(2 7) ¥12.131.0% Chin a ¥10.117.9% ( ¥ trillion) 2008 White Paper Science and Technology
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14 Government Subsidies ¥ trillion USA EU-27 China EU-15 France Japan Germany UK Korea Russia India 2008 White Paper Science and Technology
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15 Number of Researchers Unit 10,000 USA EU-27 China EU-15 Japan Germany France Korea UK 2008 White Paper Science and Technology
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16 Number of Students from China Unit 10,000 Number of Students from China 2008 White Paper Science and Technology
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17 Strategy 1. Promotion of Basic Sciences 2. Promotion of Specific Projects 2-1 Life Sciences 2-2 Information/telecommunication Electronic tag 2-3 Environment Filters Biomass 2-4 Nano-technology Nanomaterials 2-5 Energies Breeder reactor Alternative energy sources - solar energy, fuel cell 2-6 Production technology 2-7 Social infrastructure Safety 2-8 Frontier field Space development
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18 Creation of Innovative Researchers Cooperative research Projects among universities, government research institutions and industry Technology Licensing Organization (TLO) 46 TLOs High-tech clusters
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19 Features 1. Wide coverage From materials industry to assembling industry 2. Close cooperation Supplier/customer tie-up 3. High-level ability Ability for problem solving 4. Multiple skill Skill to cover R&D, design and production 5. Royalty Strong royalty feeling to organization
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20 Sectors in Manufacturing Industry Recycling Finished products (Assembling) Parts/Components Materials Basic Sciences Machine tool/Production equipment Environment/energy saving Software/IT
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21 Pharmaceuticals ¥ billion 1,600 1,400 1,200 1,000 800 600 400 200 0 ExportImport 2008 White Paper Science and Technology
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22 Software ¥ billion 400 350 300 250 200 150 100 50 0 Export Import 2008 White Paper Science and Technology
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23 Comparison USA EU Japan Systemic technology Aircraft industry Systematic technology KAIZEN (Step-by-step improvement) Automobile industry
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24 Japanese Products in Global Market Materials/Components Carbon fiber Toray Mitsubishi Rayon Super-conductiving cable Sumitomo Electric Carbon nano-tube?
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25 Machine Tools/Production Equipment Solar energy Semiconductor Instant noodle Thin film ULVAC Ion beam SII NanoTech Automation Fuji Mfg
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26 Smallest Wine Glass Diameter: 2.75 m, Height: 12 m
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27 Smallest Wine Glass 赤血球 Φ8.5μ m Φ2.75μ m 世界最小ワイングラス Red blood cell
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28 Customer/Manufacturers Cooperation Damaged automobile main shaft Manufacturer of shaft Steel manufacturer X-ray analysis – broken shaft SII NanoTechnology
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29 Fluorescence X-ray X-ray Fluorescence X-ray Element A&B
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30 Cadmium Cd-K Cd-K
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31 Instrument
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32 Fabrication Process Hot press Impurities not distribute evenly Condensation of impurities In-line analysis of impurities
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33 In-line inspection of steel SFT200 Measurement of Cobalt and Manganese in steel
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34 Trumpet Vienna Philharmonic Mild/soft sound Brass-Copper/Zinc alloy Iron, manganese, etc
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35 Trumpet Brass-Copper/Zinc alloy High purity brass – Copper/zinc ratio Sharp/clear sound Copper 70% Zinc 30%
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36 Verdi Aida Karajan – Vienna Philharmonic R. Tebaldi 1959 Traditional trumpet M. Freni 1979 High-purity brass Yamaha trumpet
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37 Art Products Paintings Antique Chemical composition of pigment Element analysis Age determination
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38 Summary Research and development ← Enough funding Commercialization ← Lack of financing New business Valley of death
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