Skip to content
ImageMythos
A polished dark green marble spiral structure features concentric circular grooves with white veining under soft even lighting.
sensenova-u1.5-fast

Marble Spiral Structure With Emerald Veining

The object appears to be a 3D render of an architectural element or a piece of modern art. The lighting emphasizes the depth of the rings and the smooth texture of the stone material.

Tags

3d rendergeometric designsoft lightinggreen stonespiral structuresmooth textureminimalist arttop down viewconcentric ringsgreen marbledark greenpolished surfacewhite veiningarchitectural elementstone materialdeep groove
Views

11

Downloads

1

More art images

View all
A white marble spiral sculpture sits on a polished stone surface with a warm golden light glowing from its circular core.
A grayscale profile of a female head surrounded by concentric metallic rings spiraling around the neck in soft studio lighting.
A large, smooth, folded teal sculpture rests on a reflective stone surface, illuminated by soft, warm internal light.
A smooth orange and white spiral sculpture features a central sphere surrounded by nested curved rings on a flat base.
A low polygon gemstone floats inside a rippling clear shell that refracts warm ambient lighting around the central form.
A complex knot of transparent tubing glows with pink and purple hues against a soft peach wall.
A close-up view of a spiral stone structure featuring deep green bands alternating with rough silver grey ridges.
Four thick metal rings in gold and silver tones are intertwined on a plain beige surface with soft lighting.
Several shiny spherical objects sit upon a textured beige landscape resembling eroded desert sand under soft lighting.
A reflective black orb rests on a seamless dark green backdrop displaying three white highlights along the top curve.
A polished green marble polyhedron rests on a square black base within a minimalist dark green room.
Polished chrome circles frame a suspended marble ball against a white stone wall and glossy reflective surface.