Abstract
To achieve quality in the clothing manufacturing industry, it is necessary to innovate and automate certain processes, in order to increase productivity and reduce errors due to labor-intensive tasks. This study is based on the need to design a machine able to sew and cut collars and cuffs, to be applied on clothing. After the initial sketches, in which the types of mechanisms and the desired functions of the different systems were defined as a function of the intended movements and actions and the equipment structure, these systems have been optimized to obtain a functional unit as the final result. The Finite Element Method (FEM) was used as a design tool for the machine structure. The end result is a fully-functional solution to apply in this type of equipment. In fact, the proposed solution is a viable possibility for an automated equipment for sewing and cutting collars and cuffs.
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