Desarrollo de prototipo con movimiento cartesiano para la descarga de pescado

Abstract

The thesis titled “Development of a prototype with Cartesian movement for fish unloading” aims to provide an innovative and effective solution to industries facing challenges in their fish unloading systems. In order to achieve this goal, a unique machinery has been developed that allows for efficient and safe unloading of raw materials. The machinery is equipped with a control board that enables the operator to control the movement of the unloading through servo motors, chains, and rollers. This control system is essential to ensure safety and accuracy in the unloading process, resulting in optimal system performance. Additionally, Inventor design software was used to ensure precision and performance of the machinery. The developed machinery also has the capability of being integrated with a bridge crane, further increasing the efficiency of the unloading process. This is particularly useful in the fish flour industry, where fish flour production is an important activity.