FEEDING HOPE IN THE SEMI-ARID REGION: DESIGN, ASSEMBLY, AND VALIDATION OF AN FORAGE CACTUS GRINDER

Abstract

This study presents a sustainable solution to the challenges faced by small rural producers in the semi-arid region, especially during periods of drought. The work focuses on the development of an automated forage cactus grinder, designed as a promising tool to address drought challenges and ensure animal food security in the semi-arid region. The proposal was conceived as a practical and applied initiative, based on the valorization of forage cactus, a resource that is drought-resistant, highly nutritious, and easy to cultivate. The methodology used includes 3D modeling of the prototype, followed by the assembly and experimental testing of the machine. The proposed solution aims to combine functionality, low cost, and efficiency, allowing producers to use the cactus in an optimized way with less physical effort. The expected outcomes include increased productivity, improved animal nutrition, and the strengthening of the local economy. Furthermore, the social impact of the initiative seeks to transform the relationship between the inhabitants of the semi-arid region and the available resources, fostering a more harmonious coexistence with the semi-arid environment and contributing to the quality of life of rural communities.