Design and fabrication of an automated cat feeder

In this project, an automated cat feeder with integrated obstacle detention and food dispensing via a servo motor and a water level sensor for water dispensing is designed, built, and tested. The system’s goal is to give pet owners a dependable and approachable way to make sure their cats are fed on time but not excessively and have access to enough water. The obstacle sensor provides a safe and effective food distribution by averting jams and mechanical failures, while the water level sensor sets off the water pump to deliver water based on pre-set water levels. To choose the right parts, comprehensive engineering calculations were carried out, taking into account the load and tension placed on a straight beam. The feeder was built using a thorough fabrication process that includes exact cutting of polycarbonate sheets, cutting and drilling the angle aluminium bar and delicate assembly of the electrical components. Thorough testing and calibration were also necessary for the project in order to guarantee the precision and dependability of the dispensing systems. The finished product improves pet owners’ convenience and their cats’ well-being by providing a reliable, effective, and safe feeding solution. In addition, the feeder’s durability and portability were important design factors that made sure it fulfilled the demands of regular use. This project highlights areas for development for further iterations and effectively uses sensor technology to automate pet care.