Abstract:

Companies need to do continuous improvement work in manufacturing processes in order to improve product quality and at the same time reduce product costs. The most important of the elements that affect the quality of the product and the cost of production are employees. The study, analysis and evaluation of working conditions affecting employees plays an important role in improving the production processes. Repeated and long-term working positions during the study can cause difficulties in the body of the employee in various intensities and disorders of the muscle-skeletal system (MOS) over time. CISR affects the performance of the employee and the performance of the job. Work positions are RULA, REBA, NIOSH, OWAS, etc. It can be analyzed by observation methods. In addition to this, it is possible to analyze the human body by using software that allows it to be evaluated according to the strengths of joint reaction by examining the human body according to the biomechanical principles. In this study, the position disorders seen in the assembly of the grass-collecting staircase in an enterprise that produces agricultural tools have been studied with the Computer-supported Ergonomy (BDE) Software AnyBody Modeling System (AMS), which provides the analysis of the human body according to the biomechanical principles. The evaluation resulted in a new assembly design proposed in order to remove the position disorders that occur during the work.

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