The Ongoing Evolution of 3D Printing and Additive Manufacturing
DOI:
https://doi.org/10.64200/n4tqdv90Keywords:
3D printing, additive manufacturing, materials engineering, bioprinting, interdisciplinary cooperationAbstract
This paper explores the ongoing development of 3D printing from a multidisciplinary viewpoint, focusing on the transformative potential of additive manufacturing. Experts in materials engineering, process optimization, bioprinting, and computational modeling collaborated to test advanced materials such as PolyBlend-X, BioInk Plus, MetalFusion Alloy, and FlexiPoly using state-of-the-art printing systems. The work covered a broad set of applications, including mechanical gears, bioprinted scaffolds, aerospace components, and wearable designs. The results showed clear improvements, with mechanical strength increasing by 25 percent, cell encapsulation efficiency by 15 percent, and overall weight in aerospace parts reduced by 30 percent. Wearable prototypes also demonstrated a 20 percent gain in flexibility. These outcomes highlight the growing impact of additive manufacturing across engineering, bioprinting, and aerospace, pointing to a meaningful shift in how materials are designed and produced.
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