A compact, integrated system for maximizing efficiency and minimizing contamination in cell and microbial cultures

Emerging bacterial and viral diseases require rigorous testing of patient samples to ensure the safety of laboratory and healthcare workers. The current open testing environment relies on two distinct technologies—an incubator and a cell culture hood—which necessitate the use of full personal protective equipment (PPE). However, prolonged exposure to potentially infectious materials increases the risk to healthcare workers during sample handling. To address this, we developed a novel Mini-Cult System that integrates both an incubator and a fume hood into a single compact unit. This system revolutionizes laboratory workflows by providing a sterile, contamination-free environment for both cell culture and microbiological applications. It supports essential parameters such as CO 2 concentration, temperature, and humidity, ensuring optimal conditions for cell growth while enabling rapid sample processing. By combining these functions, the Mini-Cult eliminates the need for culture transfers between devices—one of the primary sources of contamination. Its space-saving design enhances laboratory efficiency, and the integrated fume hood offers continuous protection against airborne contaminants. With a user-friendly interface for real-time monitoring and environmental control, the Mini-Cult improves both healthcare worker safety and the reliability of biomedical research.