Zachary J. Geffert

Papers

Total Citations

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About

Zachary J. Geffert is a rising innovator in advanced additive manufacturing, with a focused expertise in light-based 3D printing technologies. His research centers on overcoming the fundamental limitations of multi-material fabrication, particularly through the development of Meniscus-enabled Projection Stereolithography (MAPS). In his seminal 2023 paper, Geffert introduced the MAPS platform, which leverages a liquid meniscus to enable rapid, high-resolution printing of complex structures. He then advanced this work in his most-cited 2024 study, "Multi‐Material Gradient Printing Using MAPS," which demonstrated the ability to seamlessly integrate multiple materials with graded properties—a critical capability for applications in tissue engineering, soft robotics, and microfluidics. With over 16 combined citations, these papers have quickly established Geffert as a key contributor to the field. His work not only addresses a persistent bottleneck in stereolithography but also opens new pathways for fabricating functional, heterogeneous devices. For students and researchers, Geffert’s research exemplifies how creative engineering of physical phenomena can drive practical breakthroughs in manufacturing science.