The main objective of this eLearning project is to highlight the value of 3D printers as an academic tool for math teachers, particularly when working with students who have visual disabilities. Through hands-on interaction with 3D-printed models, students gain a deeper understanding of mathematical concepts, apply their knowledge to solve problems, and explore multiple solutions through tactile learning. A 3D printer can serve as an effective math lab, where students regardless of their visual abilities can engage with physical models of geometric shapes and mathematical structures. This tactile approach enables students to directly feel and analyze solutions to math problems. According to Bloom's Taxonomy, this kinesthetic method is a highly effective way for all students to acquire new knowledge and skills. Additionally, this project demonstrates how teachers can use a 3D printer as a practical tool, emphasizing that it is not limited to professional designers. Designing objects using programs offers a pedagogical approach that helps students apply math concepts to real-world scenarios and solve practical problems.