John Holden

Papers

Total Citations

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About

John Holden is a pioneer in laboratory automation, specializing in the modular design of robotic systems for high-throughput chemistry. His major contributions center on integrating industrial robots, such as the Stäubli TX60, with specialized instrumentation to streamline complex workflows. In his most cited work (2008, 8 citations), Holden developed a fully automated, in-house robotic platform that combined a robot with a Vapourtec V-10 evaporator, demonstrating how modular components can be flexibly deployed to meet the demanding needs of a chemistry lab. His earlier 2007 paper (5 citations) introduced a novel, high-speed evaporation platform that spins samples at ~6000 rpm to create a thin film for rapid solvent removal, integrated with automated sample handling. Though his citation counts are modest, Holden’s work is notable for its practical, open-access approach—providing a blueprint for labs seeking to build custom automation without commercial solutions. His achievements highlight the value of bridging robotics and chemistry, offering a scalable model for researchers aiming to increase throughput and reproducibility in experimental workflows.