Comparative evaluation in quality control environment between a robotic arm used for measurement versus a manual instrument
Evaluación comparativa en ambiente de control de calidad entre un brazo robótico utilizado para medición frente a un instrumento manual
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Over time, measuring instruments have had an important role in quality control processes in the manufacturing industry, for this reason; this article portrays the research work carried out where they are determined through the application of Statistical Quality Control and Time Study; the advantages and disadvantages of a robotic arm used to make measurements versus a portable instrument designed for the same purpose, such as the Vernier Caliper; it is also determined whether the processes are under control and in turn, the possible assignable variables that positively and negatively affect the two operations; for this, an experimental environment is initially established where the additive manufacturing process of a three-dimensional geometric piece is taken into account, which once made is subjected to quality control where the two tools are used to measure the different selected sides; following this and having collected the different data from each of the instruments, reliability parameters are established and the respective analyzes and statistical studies are carried out to determine the advantages and disadvantages that one process has over the other, considerations to take into account and suggestions.
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