Mikel Esparta

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About

Mikel Esparta is a leading researcher in advanced manufacturing and industrial automation, with a specific focus on the edge finishing of large, high-value aerospace components. His work addresses a critical bottleneck in production: the transition from manual finishing to automated cells for complex parts like turbine casings. Esparta’s major contribution lies in the systematic integration of both defined multi-edge and abrasive tools within robotic or automated systems, enabling precise deburring and edge finishing that was previously only achievable by skilled hand labor. His most-cited paper, "Edge finishing of large turbine casings using defined multi-edge and abrasive tools in automated cells" (2021), has garnered 32 citations, underscoring its influence on both academic research and industrial practice. This work, along with a closely related follow-up study, provides a foundational framework for automating the finishing of aero-engine components—a sector where quality and repeatability are paramount. By demonstrating how to overcome the challenges of automating high-added-value processes, Esparta is helping to drive the next generation of smart manufacturing, reducing human error and increasing production efficiency in critical aerospace supply chains.