Abstract:
The development of 3D scaffolds using additive manufacturing technology has
revolutionized tissue engineering due to high accuracy and reproducibility. Traditional
scaffold fabrication techniques have geometric and structural limitations, as well as limited
mechanical strength, and additive manufacturing technology works to overcome these
limitations. The main objective of this study is to design and develop 3D scaffolds using
additive manufacturing technology. In this research 3D scaffolds were designed and printed
with optimized parameters using additive manufacturing, and its biocompatibility and
properties were evaluated. According to this study, the 3D scaffolds produced with additive
manufacturing exhibited high geometric configuration, structural uniformity, and
mechanical strength. The study demonstrated the promising approach for tissue engineering
applications in terms of developing 3D scaffolds.
