Utrecht University in the NetherlandsProfessor Riccardo Levatoand his team have proposed a new method for Generative, Adaptive, Context-Aware 3D Printing (GRACE), which combines three-dimensional imaging, computer vision, and parametric modeling to achieve customized geometric structures tailored to specific environments through Volumetric Additive Manufacturing.GRACE can rapidly and automatically generate complex structures that can directly conform to target features ranging from cellular to macroscopic scales, with minimal human intervention.This research demonstrates the broad applicability ofGRACE in various applications from synthetic objects to biomanufacturing, including the printing of adaptive vascular-like geometries using cell-laden bioinks, thereby enhancing functional performance.GRACE also enables precise alignment between multiple prints and detects and covers opaque surfaces through shadow correction.The method is compatible with various printing techniques, overcoming the limitations of traditional additive manufacturing in automatic coverage printing and adaptive design based on printable material properties, opening new possibilities for tissue engineering and regenerative medicine.