Max Robotics — Global Service Robot Directory + US Certification

About

Andrew Smith is a pioneering researcher in bioengineering and electrophysiology, best known for his transformative contributions to high-throughput cellular analysis. His landmark work, "Robotic multiwell planar patch-clamp for native and primary mammalian cells" (2009), has garnered 108 citations and revolutionized the study of ion channels by enabling automated, parallel recordings from native and primary cells. This innovation dramatically increased experimental throughput and accessibility, bridging a critical gap between traditional patch-clamp techniques and modern drug discovery needs. Smith’s development of robotic planar patch-clamp platforms has become a cornerstone technology in pharmaceutical screening and basic neuroscience, allowing researchers to probe cellular electrical activity with unprecedented efficiency. His work not only advanced the field of electrophysiology but also opened new avenues for studying disease mechanisms and testing therapeutic compounds. By making sophisticated electrophysiological tools more practical and scalable, Smith has empowered a generation of scientists to explore complex cellular signaling in native contexts. His contributions continue to shape the landscape of bioengineering, where his robotic systems remain essential for high-content cellular assays.