Max Robotics — Global Service Robot Directory + US Certification

About

Kellen Mitchell’s research bridges the gap between advanced electromagnetic actuation and cutting-edge additive manufacturing, with a focus on creating intelligent, functional materials and devices. His early, highly cited work (71 citations) on multi-degree-of-freedom spherical permanent magnet motors established foundational analytical models for magnetic field distribution and control, enabling high-torque, multi-axis motion in compact systems. More recently, Mitchell has pioneered novel 3D printing strategies, including particle–polymer interactions for material design and molten embedded writing of end-use thermoplastics—techniques that overcome traditional strength limitations to produce functional, load-bearing parts. His innovative hybrid 3D printing of smart hinges from shape memory polymers, along with the fabrication of helical artificial muscles, demonstrates direct applications in aerospace, robotics, and biomedical assistive devices. By combining electromagnetic design with material extrusion, Mitchell’s work is driving the next generation of soft robotics and adaptive structures, making him a key figure in advanced manufacturing and smart materials engineering.