Porous Liver Scaffold

Create a highly accurate, 3D-printable, anatomically inspired liver-shaped porous scaffold based on the uploaded reference image. **Overall dimensions:** - Length: 15 mm (1.5 cm) - Height: 9 mm (0.9 cm) - Thickness: 3 mm (0.3 cm) **External geometry:** - Reproduce the overall shape of a human liver with two distinct lobes. - Larger rounded right lobe and smaller elongated left lobe. - Smooth, curved anatomical surface. - Natural liver-like asymmetry. - Maintain the exact proportions of the reference image. - Single continuous 3D structure. **Internal porous architecture:** - Create a uniform, interconnected 3D porous lattice throughout the entire scaffold. - Pore size: 150–250 µm. - Use rounded hexagonal/diamond-shaped interconnected openings. - Maintain consistent pore distribution across both lobes. - Ensure pores extend through the scaffold rather than being surface indentations. - Preserve sufficient connecting struts between pores. - Open, interconnected architecture suitable for cell attachment and nutrient diffusion. **3D printing requirements:** - Watertight, manifold 3D geometry. - No disconnected components. - No enclosed internal cavities. - Preserve anatomical shape and porous architecture. - Exportable as STL for 3D printing. - Maintain exact dimensions in millimetres. **Important:** Do not create a solid liver model, decorative mesh, or external-only honeycomb pattern. Reproduce the uploaded reference as closely as possible, including its anatomical outline, dimensions and interconnected porous structure.

Parameters

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.