Design and development of automatic coin sorting

This study investigates the implementation of automatic coin separation as a pragmatic solution to the inefficiencies encountered in manual coin sorting processes. In the introduction, the significance of streamlined coin handling in diverse industries is underscored, alongside the drawbacks of conventional manual sorting techniques and the cost implications of automated alternatives. The problem statement elucidates the pressing need for an easy and economical coin sorting system capable of enhancing operational efficiency without relying on separating one by one. The objective of this research is to conceive, develop, and deploy an automatic coin separation mechanism engineered to accurately categorize coins by denomination with minimal human intervention. Methodologies encompass the iterative design and prototyping of mechanical sorting mechanisms, followed by rigorous testing using a comprehensive array of coin types and denominations. Leveraging principles of mechanics such as gravity, inertia, and friction, the proposed system is meticulously engineered to efficiently segregate coins into distinct categories based on size, weight, and other distinguishing features. The expected result is the emergence of a robust and efficient coin sorting infrastructure poised to streamline processing times, reduce error margins, and curtail operational overheads compared to both manual and automated methodologies. By offering a practical and cost-effective alternative, the automatic coin separation system holds promise for revolutionizing coin handling processes across industries, heralding a new era of efficiency and reliability in currency management operations.