Open AccessProject Selection through a Simulation Model of the Painting Robots
Publication year - 2021
Publication title -
international journal of advanced trends in computer science and engineering
Language(s) - English
Resource type - Journals
ISSN - 2278-3091
DOI - 10.30534/ijatcse/2021/551032021
Subject(s) - robot , competitor analysis , automation , production (economics) , quality (philosophy) , productivity , robotics , manufacturing engineering , investment (military) , competition (biology) , computer science , industrial organization , artificial intelligence , risk analysis (engineering) , engineering , industrial engineering , business , marketing , economics , mechanical engineering , ecology , philosophy , epistemology , politics , biology , law , political science , macroeconomics
At present, the manufacturing sector,there is an increase in competition, emerging markets, the rise of competitors in the region and competing countries with the availability of wages creating an impact on the contractors in terms of cost, quality and production capability which makes the production model in use today. There is a need to adjust to enhance competitiveness with regional and global competitors. And automated production lines are normally used in industrial production systems. Rather, it is often a large-scale entrepreneurorfromarelocationorautomated manufacturing technology that comes with the start-up. Robotic automation has long been used to replace human workers for tasks having a high degree of risk, such as areas with high heat, hazardous chemical area.The use of robots particularly in industrial painting not only protect human health but also improve the productivity. The robot can work continuously without being tired is an advantage compared to human workers.The investment in the robotics project for manufacturingis quite high in the initial period. Often the inventor will need to ensure that their investment is worth for which the robotics system to be used at full capacity.Decisions on an investment involve many intangibles that need to be traded off. In this study, the painting robot production process was simulated and analyzed to how to improve the capacity of the painting robots. FlexSim isused toanalyzed and simulated to optimize the painting robots.In summary, the simulation shows the productivity of a proposed production is more than current production 2.47times. While the capacity increasing 2.97 times.