Therefore, the paper will consider the new emerging field called automotive textile and its application onto airbags. These textile products could be made of different fibers such as polyester, nylon, pvc, acrylic, viscose/cotton and applied to airbags by nanotechnology. The textile product can be used for this purpose in the form of various safety airbag devices. Safety and ergonomic comfort in automobiles has increasingly become important. Thus, simulation may also be effective in helping achieve better line balancing, even predicting problems before production starts.Ībstract: Today, the design analysis is becoming more and more important due to its new use. Results derived from the simulation hypothesise that by considering the operators’ efficiencies the production line could be changed generating higher productivity and lower work in process (WIP).
An optimization solution is suggested that may be one route to improving production line performance.
The data collected by the researcher from a dress assembly line in factory in China is used to build a simulation using ProModel software. This paper will develop a simulation technique that can be applied to production lines, balancing the data derived and offering clear measurements of operators’ efficiencies. Simultaneously, differences in operators’ efficiency make this difficulty far greater. However, on the shop floor, it is difficult to achieve line balancing due to the different pitch time of each workstation. This speeds the response to those rapid changes occurring in the apparel industry. The need for high product variety, smaller batch size, shorter delivery time and higher quality has encouraged apparel companies to concentrate on the development of digitization and information management.
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