Max Robotics — Global Service Robot Directory + US Certification

About

Emanuele Lubrano is a leading figure in ultra-high-precision robotics, specializing in the calibration and thermal compensation of robots operating at the sub-micrometer scale. His research addresses the fundamental challenge that, at nanometer-level accuracy, even minute environmental changes become major sources of error. Lubrano’s most cited work, “Calibration of the 6 DOF High-Precision Flexure Parallel Robot 'Sigma 6'” (16 citations), introduced a novel method for achieving sub-micrometer accuracy in a complex six-degree-of-freedom system. He further advanced the field by systematically modeling and compensating for thermal expansion—identified as the dominant source of inaccuracy—in works such as “Thermal calibration of a 3 DOF ultra high-precision robot” (10 citations) and “Thermal Behavior of an Ultra High-Precision Linear Axis” (8 citations). Beyond thermal effects, Lubrano has also pioneered strategies to compensate for cutting forces generated during manufacturing processes like EDM, ensuring that robots maintain their precision under real-world industrial loads. His cumulative work, including comprehensive calibration procedures for unsteady environments, has been instrumental in bridging the gap between nanotechnology research and mass-production industrial processes, making him a key contributor to the advancement of micro- and nano-manufacturing.