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Turquoise stone 3D Models

Find the best Turquoise stone 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

Anonymous1765703081
Anonymous1760606968
Create a highly realistic 3D model of this mineral stone, preserving its exact shape, surface structure and proportions as shown in the image.
Reconstruct the stone as a full 360° object while keeping all visual qualities: the turquoise translucent areas, the iridescent purple–blue crystalline texture, and the rough mineral details.

The model must include:
• partial transparency / translucency in the turquoise regions
• realistic subsurface scattering (light passing softly through the material)
• iridescent, metallic colour shifts on the purple-blue textured areas
• sharp and accurate geometry without smoothing or altering the original form

Do not stylize or change the stone.
The result should be a clean, high-resolution, physically accurate 3D mesh suitable for rotation, lighting and animation.

Use the original stone’s exact material properties, including its transparency.
Anonymous1765359456
Create a highly realistic 3D model of this mineral stone, preserving its exact shape, surface structure and proportions as shown in the image.
Reconstruct the stone as a full 360° object while keeping all visual qualities: the turquoise translucent areas, the iridescent purple–blue crystalline texture, and the rough mineral details.

The model must include:
• partial transparency / translucency in the turquoise regions
• realistic subsurface scattering (light passing softly through the material)
• iridescent, metallic colour shifts on the purple-blue textured areas
• sharp and accurate geometry without smoothing or altering the original form

Do not stylize or change the stone.
The result should be a clean, high-resolution, physically accurate 3D mesh suitable for rotation, lighting and animation.

Use the original stone’s exact material properties, including its transparency.
Anonymous1765359456
reate a highly realistic 3D model of this mineral stone, preserving its exact shape, surface structure and proportions as shown in the image.
Reconstruct the stone as a full 360° object while keeping all visual qualities: the turquoise translucent areas, the iridescent purple–blue crystalline texture, and the rough mineral details.

The model must include:
• partial transparency / translucency in the turquoise regions
• realistic subsurface scattering (light passing softly through the material)
• iridescent, metallic colour shifts on the purple-blue textured areas
• sharp and accurate geometry without smoothing or altering the original form

Do not stylize or change the stone.
The result should be a clean, high-resolution, physically accurate 3D mesh suitable for rotation, lighting and animation.

Use the original stone’s exact material properties, including its transparency.Preserve all natural details including the blue mineral texture, the rough surface, the cracks, and the golden speckled areas.
Do not si
Anonymous1765359456
reate a highly realistic 3D model of this mineral stone, preserving its exact shape, surface structure and proportions as shown in the image.
Reconstruct the stone as a full 360° object while keeping all visual qualities: the turquoise translucent areas, the iridescent purple–blue crystalline texture, and the rough mineral details.

The model must include:
• partial transparency / translucency in the turquoise regions
• realistic subsurface scattering (light passing softly through the material)
• iridescent, metallic colour shifts on the purple-blue textured areas
• sharp and accurate geometry without smoothing or altering the original form

Do not stylize or change the stone.
The result should be a clean, high-resolution, physically accurate 3D mesh suitable for rotation, lighting and animation.

Use the original stone’s exact material properties, including its transparency.Preserve all natural details including the blue mineral texture, the rough surface, the cracks, and the golden speckled areas.
Do not si
Anonymous1765359456
reate a highly realistic 3D model of this mineral stone, preserving its exact shape, surface structure and proportions as shown in the image.
Reconstruct the stone as a full 360° object while keeping all visual qualities: the turquoise translucent areas, the iridescent purple–blue crystalline texture, and the rough mineral details.

The model must include:
• partial transparency / translucency in the turquoise regions
• realistic subsurface scattering (light passing softly through the material)
• iridescent, metallic colour shifts on the purple-blue textured areas
• sharp and accurate geometry without smoothing or altering the original form

Do not stylize or change the stone.
The result should be a clean, high-resolution, physically accurate 3D mesh suitable for rotation, lighting and animation.

Use the original stone’s exact material properties, including its transparency.Preserve all natural details including the blue mineral texture, the rough surface, the cracks, and the golden speckled areas.
Do not si
Anonymous1765359456
An ancient ceremonial stone vessel with a wide rounded body and narrow raised rim, carved from dark weathered volcanic rock. The surface is heavily aged and fractured, with deep structural cracks spreading organically across the body while still holding its overall form. The stone shows layered erosion, chipped edges, and rough mineral grain throughout.

Across the surface are engraved sacred geometric glyphs and labyrinth-style symbols, carved deep into the stone and worn smooth on the edges by time. The front features a dominant symmetrical rune panel, vertically aligned and centered. A continuous carved maze pattern wraps around the top rim.

Along the bottom base, a faint subtle cyan emissive glow leaks through thin cracks, suggesting dormant magical energy sealed inside the vessel. The glow is soft and internal, not overpowering.

The interior of the vessel is dark and sooted with ritual residue, fine dust buildup, and mineral staining. No visible liquids—only ancient ash and sedi
Anonymous1765243836
diseña la fuente de petrolios por dentro esta lleno de petrolio por fuera esta echa de principal de bronze y cantera tira agua que parese de color verde claro azulada
Anonymous1764342864
genera un modelo de la cabeza de un quetzalcoatl azteca con colores llamativos como si fuera tallado en las piedras como las referencias que hay en las zonas arqueologicas
Anonymous1764180128
Anonymous1763722910
Based on Catan settlement pieces, design a house based on Aztec civilization
Anonymous1763667048
Gothic fantasy stone archway, stylized ancient wooden door, three snarling gargoyle heads, glowing turquoise magic runes, intertwined thick vines, hand-painted texture, dark fantasy, game asset, PBR 3D model, worn stone, mystical glowing energy, dark background.
Anonymous1763207918
Prompt:
> Create a seamless panoramic ring design that wraps around the finger, featuring five iconic Iranian landmarks in continuous relief. The ring should be sculpted in a classical architectural style with fine detail and symbolic flow. The landmarks, from left to right, are:
>
> 1. Gonbad-e Qabus – a tall cylindrical tower with Kufic inscriptions, brick texture, and a conical roof.
> 2. Tomb of Cyrus the Great – stepped stone base with a gabled roof, minimalistic and solemn.
> 3. Persepolis – include the Gate of All Nations with winged bulls and columned halls with bas-reliefs.
> 4. Si-o-se-pol Bridge – a rhythmic sequence of 33 arches in openwork filigree, allowing light through.
> 5. Mount Behistun – a rugged mountain backdrop with micro-engraved figures from the Behistun Inscription.
>
> The ring should flow naturally from one landmark to the next, with transitions using stylized Persian motifs (e.g., arabesques, cypress trees, or calligraphy). Use a mix of polished and matte textures to distinguish a
Anonymous1762604029
Prompt:
> Create a seamless panoramic ring design that wraps around the finger, featuring five iconic Iranian landmarks in continuous relief. The ring should be sculpted in a classical architectural style with fine detail and symbolic flow. The landmarks, from left to right, are:
>
> 1. Gonbad-e Qabus – a tall cylindrical tower with Kufic inscriptions, brick texture, and a conical roof.
> 2. Tomb of Cyrus the Great – stepped stone base with a gabled roof, minimalistic and solemn.
> 3. Persepolis – include the Gate of All Nations with winged bulls and columned halls with bas-reliefs.
> 4. Si-o-se-pol Bridge – a rhythmic sequence of 33 arches in openwork filigree, allowing light through.
> 5. Mount Behistun – a rugged mountain backdrop with micro-engraved figures from the Behistun Inscription.
>
> The ring should flow naturally from one landmark to the next, with transitions using stylized Persian motifs (e.g., arabesques, cypress trees, or calligraphy). Use a mix of polished and matte textures to distinguish a
Anonymous1762604029
"It's a decorative design engraved on brass metal, with a turquoise stone attached to it. I want the model to have a realistic style."
Anonymous1762335275
Anonymous1760793708
Create a stylized floating sky island environment for a Roll-a-Ball game. 
The scene is set high above the clouds with several ancient stone platforms and bridges suspended in the air. 
Design 5 connected areas with increasing difficulty:

1. A wide flat starting platform with soft clouds below and glowing tutorial text markers.
2. Floating stone bridges moving slowly back and forth between islands.
3. A sloped pathway with rolling obstacles and narrow ledges.
4. Magical teleport rings that transport the ball between small islands.
5. A final ancient temple platform glowing with golden light, surrounded by ruins and sky particles.

Use bright, clean lighting with soft shadows. 
The main materials should be stone, marble, and glowing energy crystals. 
Color palette: light blue sky, white clouds, pale gold ruins, and turquoise energy.
Add ambient effects like wind sounds, distant birds, and soft particle trails.
Perspective: third-person game camera above and slightly behind the rolling ball.
Style: semi-realistic, game-ready 3D environment, optimized for Unity or Unreal Engine.
Anonymous1760058714
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