Max Robotics — Global Service Robot Directory + US Certification

About

Peyman Karimi Eskandary is a leading researcher in the field of parallel robotics, with a specific focus on high-speed pick-and-place mechanisms and their control systems. His most impactful work centers on the dynamics and workspace analysis of parallel Schönflies-motion generators (SMGs), particularly those actuated with cylindrical drives. His 2017 paper on the dynamics of such a generator has garnered 38 citations, establishing a foundational understanding of these complex systems. Eskandary has made significant contributions to the practical implementation of these robots, as demonstrated by his 2019 study on workspace determination and feedback control, which achieved 24 citations. This work experimentally validated the CRRHHRRC isostatic architecture, highlighting its superior rotability for industrial applications. He has also advanced the field through novel trajectory-planning and normalized-variable control methods, detailed in a 2019 paper with 22 citations, which optimizes cycle time and path constraints for improved performance. Earlier in his career, Eskandary explored bio-inspired design with a fish-like propulsive mechanism for the robotic tuna ARTEMIS, showcasing his versatility. His research bridges theoretical kinematics with real-world robotic efficiency, making him a key figure in modern parallel robotics.