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Ree, Sang-Bok;Koh, Chang-Young
- IE interfaces
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- v.21 no.4
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- pp.403-410
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- 2008
Manufacture enterprise's environment is felt difficulty more and more by suddenly rise of oil and raw material price lately. In such difficult environment, Toyota Productive System is becoming good example to all enterprises because Toyota competitive power is rising every year. Now, Toyota Company is becoming benchmarking target. In this paper, we survey Toyota Production System, we try to apply advantage of Toyota Production System to Office Work. We propose TOOF (TOyota OFfice) system which is applied to modifying Toyota Production System in financial aid Business. We hope that Office Work are improved through TOOF system.
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Lim, Jae-Hwa;Mok, Jin-Hwan
- 한국산학경영학회:학술대회논문집
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- 2006.06a
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- pp.171-190
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- 2006
Toyota 2005 annual report said Toyota has six consecutive fiscal year positive revenues and record breaking revenues during recent four consecutive years. Net profit is 11% grower than last year. (\11,000,000,000,000). In the spotlight they have record breaking net profit every year, their strongest point is their unique production system which come up with MUDA(waste) free and ongoing improvement activity. Their basic production philosophy is value added through improve production efficiency which can be possible by eliminating MUDA(waste). This basic philosophy's key points are "Just in Time" and "Automation with human". Recently, Korean manufacturing companies and service companies have a growing interest in Toyota Production System. They try to find ways for appling Toyota system to their companies. Through observing Toyota production theory, understand Toyota Production System, Through studying practical application in industrial fields, examine application possibility for Korean industry and more detailed researches are required.
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Matsumoto, Nobuhiko;Miyake, Toshitake;Kondoh, Mikio;Ando, Kimihiko;Tanino, Hitoshi
- Proceedings of the Korean Powder Metallurgy Institute Conference
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- 2006.09a
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- pp.197-198
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- 2006
The high pressure compaction without internal lubricant and the high green density even with the pore free density were achieved by the newly developed die wall lubricant for warm compaction. This developed die wall lubricated warm compaction followed by high temperature sintering resulted in not only the superior mechanical property but also the low dimensional change. In this paper, the effects of increasing the green density on the sintered density, the dimensional change and the mechanical property are mainly discussed
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