Design and development of a smart mini medical centrifuge

Abstract

The proposed invention represents a revolutionary advancement in the field of medical devices and medical technologies. Specifically, it aims to create an intelligent centrifuge that integrates advanced features such as sensors and smart systems to ensure real-time monitoring connectivity. The invention offers a major innovative advantage by combining automation, connectivity, and real-time monitoring. It automatically adjusts parameters such as speed and temperature, enabling precision without requiring constant intervention. Furthermore, the connectivity allows for remote monitoring, offering flexibility and accessibility. The sensors optimize procedures, reduce human error, and provide continuous data for in-depth analysis through expert system intervention.With its user-friendly touchscreen interface, it simplifies operational management, offering significant potential for improving medical practices and research. The system comprises: − A microcontroller − A speed sensor − A temperature sensor − A load sensor − A motor − A cooling system − A user-friendly touchscreen − A communication module − A user interface − An expert system.