FABRICATION OF SEED SOWING MACHINE

Abstract

Efficient and precise seed sowing is fundamental to maximizing crop yields and ensuring sustainable agricultural practices. Traditional seed sowing methods, often manual or relying on rudimentary implements, suffer from inherent limitations such as inconsistent seed spacing, variable planting depth, high labor demands, and inefficient seed utilization, ultimately impacting productivity and profitability for farmers. To address these challenges, this paper details the design, fabrication, and preliminary evaluation of a novel seed sowing machine aimed at improving sowing efficiency, accuracy, and reducing the reliance on manual labor, particularly for small to medium-scale agricultural operations. The research involved a comprehensive literature review of existing seed sowing technologies and their underlying mechanisms, followed by the conceptualization and detailed design of a machine incorporating a selected seed metering mechanism, a robust seed delivery system, and adjustable depth control. The fabrication process involved careful material selection and standard manufacturing techniques. Initial testing focused on assessing the machine's performance in terms of seed spacing uniformity, depth consistency, and time efficiency compared to traditional methods. The anticipated outcomes include a cost-effective and user-friendly seed sowing solution capable of enhancing planting precision, minimizing seed wastage, and contributing to increased agricultural productivity. This work holds the potential to empower farmers with improved sowing technology, leading to better resource utilization and enhanced overall farm management.

Author

1Mr. P.L.Srenathan, 2Mr.M.Surendran, 3Shamil Cheruthazhath, 4G.Abishek, 5S.Ajith, 6M.Ajith kumar