Max Robotics — Global Service Robot Directory + US Certification

About

Daniel Jasper is a robotics and automation researcher whose work centers on nanomanipulation, microrobotics, and scanning electron microscope (SEM)-based control systems. His most significant contributions lie in developing automated, high-speed positioning and visual servoing techniques that push the boundaries of what is achievable at the nano- and microscale. His landmark 2010 papers on line scan-based position tracking and automated high-speed nanopositioning — accumulating 23 and 16 citations respectively — introduced innovative approaches that bypass conventional image acquisition, using dedicated line scans and custom scan generators to achieve rapid, precise detection of nanoobject movement inside SEMs. This work dramatically improved the throughput and reliability of robotic nanomanipulation systems. Jasper has also made notable contributions to flexible robot cell architectures, microcomponent separation and palletizing, and self-calibrating nanohandling systems, reflecting a broad vision for scalable, adaptable automation at small scales. His 2009 roadmap paper, "Towards Automated Robotic Nanomanipulation Systems," helped frame the field's key engineering challenges. Across more than a dozen publications spanning 2007 to 2012, Jasper's research has meaningfully advanced the integration of robotics, precision sensing, and automation in nanoscale scientific and manufacturing environments.