Advances in Field‐Assisted 3D Printing of Bio‐Inspired Composites: From Bioprototyping to Manufacturing
Xueli Zhou, Luquan Ren, Luquan Ren, Qingping Liu, Zhengyi Song, Qian Wu, Yulin He, Bingqian Li, Lei Ren, Lei Ren
Abstract
Biocomposite systems evolve to superior structural strategies in adapting to their living environments, using limited materials to form functionality superior to their inherent properties. The synergy of physical-field and Three-dimensional （3D） printing technologies creates unprecedented opportunities that overcome the limitations of traditional manufacturing methods and enable the precise replication of bio-enhanced structures. Here, an overview of typical structural designs in biocomposite systems, their functions and properties, are provided and the recent advances in bio-inspired composites using mechanical, electrical, magnetic, and ultrasound-field-assisted 3D printing techniques are highlighted. Finally, in order to realize the preparation of bionic functional devices and equipment with more superior functions, here an outlook on the development of field-assisted 3D printing technology from three aspects are provided: Materials, technology, and post-processing.