To understand the impact of each component on the properties of the material throughout the extrusion printing process, we provide analysis related to the preparation, printing, and application of the conductive ink in chronological order. Starting with rheological evaluation, we assess how the liquid ink will respond to the shear forces experienced during extrusion printing. We then demonstrate the printability of the material, connecting the rheological properties to the resolution of the printed struts. After extrusion, the ink is crosslinked to form a hydrogel using UV polymerization. We again use rheology to evaluate hydrogel stiffness, and compliment this evaluation with tensile tests of 3D printed samples. Because this material is intended for soft electronics, we then assess the conductivity. Finally, we demonstrate that this material can be used in combination with other materials to create devices with advanced electrical and mechanical properties using extrusion printing as the only fabrication method.