The generated infill designs underwent processing in the 3D printing software CHITUBOX Basic (CBD 3D). Within CHITUBOX, the 3D designs were transformed into printable structures by incorporating a baseplate and support pillars. The 3D printing process utilized the stereolithography 3D printer Sonic Mini 8K (Phrozen 3D) with the green clear resin (Elegoo). The XY motor resolution is 22µm, while the layer thickness ranges from 10µm to 0.3mm (as specified by Phrozen 3D). The printing settings applied in this study include 4sec per layer, 30µm layer thickness, and 60sec of illumination time after every 6 layers printed. With these settings, each structure required approximately 3 hours of printing time, but the samples were printed all in the same batch. Finally, the 3D printed samples underwent a 10-minute wash in isopropanol using the Form Wash (Formlabs) to remove excess resin. For comparison purposes, the surface area of the TPMS structures was determined computationally by applying the Geometric Measures filter of MeshLab software (Visual Computing lab) on the generated STL files.