Overall, LLM-based technologies have the potential for strengthening the connections between the classroom and current scientific questions, techniques, and solutions, which significantly enriches the educational experience. Chemistry's foundations are deeply rooted in empirical observations, giving experimentation and laboratory training a key role in chemical education. As shown in Figure , the chemistry laboratory involves three main stages that can, to some extent, benefit from LLM applications. These can provide invaluable and scalable assistance in various aspects of laboratory work, from pre-session preparation and safety protocols to real-time feedback and post-session data analysis. This potential for integration of LLMs into the chemistry laboratory represents a significant step forward in the evolution of scientific education, offering a blend of traditional hands-on learning with this cutting-edge technology.