Peter Michalík · Researcher · Max Robotics

About

Peter Michalík is a researcher specializing in advanced manufacturing technologies, with a focus on the design, production, and precision of robotic systems for industrial automation. His work bridges the gap between conventional machining and additive manufacturing, particularly for thin-walled and oversized components. His most cited paper (2018, 9 citations) evaluates the manufacturing feasibility of thin-walled robotic portals for conveyor workplaces, proposing a large-scale CNC machining solution with a 50-meter X-axis. Michalík’s research further explores how production technologies—both additive and conventional—affect the positioning accuracy of robotic arms for low-handling weights (2021, 2 citations). He also investigates the design and production of robotic angle arms for collaborative robots using CAM applications like WorkNC (2021, 2 citations). By systematically comparing how different fabrication methods influence operational performance, Michalík provides valuable insights for optimizing robotic arm precision in industrial settings. His work is particularly relevant for engineers and researchers developing cost-effective, high-accuracy robotic systems for automated assembly and material handling.