AGRICLEAN: DESIGN AND ANALYSIS OF A MOTORIZED WEEDING MECHANISM FOR ENHANCED PRODUCTIVITY

Abstract

Weed management plays a critical role in improving agricultural productivity and ensuring sustainable crop growth. Traditional manual weeding methods are labor-intensive, time-consuming, and often lead to inefficiencies in large-scale farming. To address these limitations, this study presents AgriClean, a motorized weeding mechanism designed, analyzed, and optimized for enhanced productivity in modern agriculture. The proposed system integrates a compact motorized drive with ergonomically designed blades and adjustable depth control, enabling efficient removal of weeds without disturbing the main crop roots. Computational analysis and design optimization were carried out using CAD and simulation tools to ensure durability, minimal energy consumption, and adaptability across varying soil conditions. Experimental evaluations demonstrated significant reductions in weeding time, improved weed removal efficiency, and a notable decrease in labor requirements compared to traditional practices. The outcomes indicate that AgriClean not only enhances farm productivity but also contributes to sustainable and eco-friendly agricultural practices by reducing chemical herbicide dependency. This work highlights the potential of mechanized tools in bridging the gap between traditional and precision farming techniques, paving the way for next-generation smart agricultural solutions.