Power Hand Tool Case Study

1441 Words3 Pages

1.INTRODUCTION Hand tools have been in use for a long time and have developed in an almost evolutionary manner . The use of power hand tools in modern industries is widespread for repetitive and manual work . The finest tool for a precise task is often not obvious, because there are large varieties of power hand tools to choose from. Work involving power hand tools frequently associated with several WMSD's(Work-related musculoskeletal disorders) risk factors like vibration, force, posture , contact stress and repetitive motion. The workers using power hand tool usually spends a large portion of their workday holding and operating the tools which produces very high forces. and hence there is a crucial need in understanding the aspects …show more content…

Power hand tool use in automotive industries is drastically widespread day to day and the time span of work involving with these tools by the employees are 75% of their total work time . so the research is aimed to find the ergonomic strategy of designing, implementing and use of power hand tools to avoid work - related musculoskeletal disorders with having a clear knowledge on the factors causing work - related musculoskeletal disorders by the experts in the CSA Automotive Industry . This research is a qualitative case study with necessary design considerations .it is foresee to analyse power hand tools of different size used in different process or sectors and positions as same tool is used for different operations . To extend the research with clear knowledge interviews are to be made with the employees in industries using power hand tool with direct observation of the work . and the interview is structured to ask the relevant information's and discussions among the employees and experts for the prospective …show more content…

REFERENCES 1.NOISH workshop , A strategy for industrial power hand tool Ergonomic Research - Design, Selection , installation , and use in Automotive Manufacturing 2.Aghazadeh F, Mital A [1987]. Inguries due to hand tools . Appl Ergon 18(4):273-278. ANSI[1975].Safety code for portable air tools. New York , NY : American National Standards institute, ANSI B186.1-1975 3. J. Marsot, and L. Claudon; “Design and ergonomics Methods for integrating ergonomics at hand tool design stage”, International Journal of Occupational Safety and Ergonomics, Volume 10, Issue (1-2), 2004, Pages 7-21. 4. P. Vink, C.J. Overbeeke, P.M.A. Desmet; “Comfort and design, principles and good practice”, Comfort experience. In: Vink. P. (Ed.), CRC Press, Boca Raton, 2005. 5. L.F.M. Kuijit-Evers, J.W.R., Twisk, L. Groenestejin, M.P.de Looze, and P. Vink; “Association between objective and subjective measurements of comfort and discomfort in hand tools”, Applied Ergonomics, Volume, 38, 2007, Pages 643-654. 6.Ergonomics, 24:165-173, 19932. Rabinowicz, E. (1995). " Friction and Wear of Materials" . New York, John Wiley and Sons. 7.Freivalds and Eklund, Applied Ergonomics, 24: 158-164, 1993„ Kihlberg, Kjellberg and Lindbeck,

Open Document