This research introduces the innovative development of a fractal vise through the utilization of additive manufacturing (AM) technology, transcending traditional vise limitations by embracing fractal geometry for enhanced adaptability. Unlike standard vises that cater primarily to flat and rectangular objects, the fractal vise is designed to securely hold asymmetrical components and objects with complex curves, offering gripping flexibility. The fractal vise was modeled using CAD software, and structural analysis was performed to verify the structural integrity using ANSYS Workbench package. Employing AM technology facilitates the rapid prototyping and customization of the vise, allowing it to produce complex geometries inherent to fractal design. This approach not only brings the conceptual design to reality but also showcases the potential of combining fractal geometry with AM to revolutionize traditional tool designs. By providing a versatile gripping solution for a wide array of shapes and geometries, this research marks a significant leap forward in tool design, highlighting the integration of mathematical principles and advanced manufacturing techniques as a pathway to innovation in industrial and manufacturing applications.