Max Robotics — Global Service Robot Directory + US Certification

About

Hannu Saarinen is a leading expert in remote handling systems and virtual prototyping for nuclear fusion environments, particularly within the ITER project. His research focuses on developing advanced simulation and calibration techniques to ensure the precise, real-time control of robotic maintenance equipment under extreme operational constraints. Saarinen’s major contributions include pioneering the use of virtual prototyping to model and validate ITER maintenance devices, as demonstrated in his highly cited 2007 work (14 citations), which established a framework for reducing physical testing risks. He further advanced the field by enabling real-time structural deformation compensation in remote handling control systems through offline simulation and 3D model morphing (2010, 8 citations), a critical innovation for maintaining accuracy in flexible robotic arms. His work on calibration and deflection compensation (2011, 3 citations) has improved the reliability of remote handling equipment configurations. Saarinen’s impact is evident in the foundational role his methods play in ITER’s remote handling strategy, with his standalone CMM test results (2011, 11 citations) validating key operational benchmarks. His achievements bridge simulation and practical deployment, making him a key figure in fusion maintenance robotics.