Tazio Pleij

Papers

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About

Tazio Pleij is pioneering the frontier of soft robotics through advanced additive manufacturing. His research centers on the development of novel 3D printing techniques and functional material inks for creating high-performance dielectric elastomer transducers (DETs) and complex hierarchical structures. Pleij’s major contributions include the formulation of polysiloxane inks that overcome the high viscosity and low yield stress challenges of DET materials, enabling the multimaterial 3D printing of high-permittivity dielectric elastomers for the first time—a breakthrough published in 2023 that has already garnered 23 citations. He further advanced the field by inventing an advective assembler-enhanced support bath rotational direct ink writing method, detailed in his 2024 paper (10 citations), which allows for the fabrication of intricately controlled, hierarchically distributed structures that were previously unattainable. This work is critical for enhancing functionality in synthetic systems, from soft actuators to adaptive materials. With his innovative approaches to material design and printing architecture, Pleij is shaping the future of manufacturing for soft robotics and smart materials.