Vibro Machine for Part Sequencing

Abstract: This project presents the development of a vibro machine designed for controlled vibration applications, such as material handling, sorting, and compacting. The system utilizes a 12V coil electromagnet with a 15kg pulling capacity to generate vibrations, which are transmitted through a bowl. To facilitate efficient oscillations, an FR4 sheet acts as a spring mechanism, providing the necessary restoring force. The Arduino Nano serves as the main control unit, generating adjustable pulse signals to regulate the electromagnet’s activation. A MOSFET IRFZ44 is used as a switching device between the microcontroller and the electromagnet, ensuring efficient power delivery and control. By adjusting the pulse width and frequency, the vibration intensity can be finetuned based on application requirements.