biomorphic ring 3d model

A high-detail 3D model of an organic, biomorphic statement ring designed for 3D printing. The structure is a complex, non-uniform lattice with a porous, cellular topology resembling dried coral or trabecular bone. The ring features interconnected 'tendrils' and 'cavities' of varying diameters, creating a skeletal, wraparound form that extends vertically along the finger. The surface texture is rugged and cast-metal, with slightly rounded edges and a 'molten' aesthetic. Ensure the mesh is manifold (watertight) with a minimum wall thickness of 1.2mm for stainless steel durability. No flat planes; all surfaces are fluid and sculptural.