Max Robotics — Global Service Robot Directory + US Certification

About

Aaron R. Wheeler is a pioneer at the intersection of robotics, microfluidics, and single-cell biology. His research centers on developing automated, high-throughput systems to replace manual fluid handling, with a particular focus on digital microfluidics and optoelectronic microrobotics. Wheeler’s landmark work, “When Robotics Met Fluidics” (2019, 39 citations), established a framework for integrating robotic operators with fluidic technologies to accelerate biological and chemical discovery. His 2009 paper on “Digital Microfluidics for Automated Proteomic Processing” (30 citations) demonstrated how droplet-based systems can streamline complex clinical proteomic workflows, enabling faster biomarker extraction and disease diagnosis. More recently, Wheeler has pioneered light-driven microrobotics for single-cell manipulation, introducing the first optoelectronic tweezer-driven microrobots (OETdMs) that use light-induced dielectrophoresis to precisely move cells and microparticles. His 2020 work on light-driven microrobotics (6 citations) and 2021 paper on autonomous object harvesting (5 citations) represent significant advances toward fully automated, programmable platforms for cell biology. With a career spanning foundational contributions to both digital microfluidics and microrobotics, Wheeler’s work is shaping the future of lab automation, proteomics, and precision cellular manipulation.