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vintaro3d
01-30 11:39
Model Name
hand holding lotus lamp 3d model
Tags
3d printing
3d printing realistic
fingertips
props
props 3d printing
props 3d printing realistic
props realistic
realistic
Input
Prompt
Generate a highly detailed, realistic 3D model based exactly on the provided reference image. Primary Subject: A realistic human female right hand with five clearly defined fingers, palm facing upward in a gentle cupped pose. Fingers are slender, feminine, anatomically accurate Fingertips slightly curved inward as if supporting an object Smooth natural skin surface (no nails exaggerated, no jewelry) Hand proportions realistic, not stylized or cartoon Object Held by the Hand: The hand supports a decorative vertical incense / lamp structure composed of three main parts: Bottom Element: A lotus flower resting in the center of the palm Lotus petals layered, soft curvature, symmetrical Flower appears slightly glowing or polished (but geometry only, no light effects baked) Vertical Structure: Three thin vertical rods connecting bottom lotus to top lotus Rods evenly spaced, cylindrical, clean geometry Rods act as structural supports, straight and aligned Top Element: A second lotus-shaped platform, inverted or open at the top At the center of the top lotus is a small incense cone holder Cone holder is conical, centered, with clean edges Style & Geometry: Realistic proportions Clean, smooth surfaces Symmetrical where applicable Suitable for 3D printing (FDM / resin) No floating parts, no intersecting meshes Topology Requirements: Watertight mesh Medium to high poly detail Separate but cleanly connected components (hand, lotus, rods, top lotus) No textures required, geometry only Scale & Orientation: Object centered at origin Upright vertical alignment Real-world scale suitable for tabletop decorative object Do NOT include: Background Lighting Textures or colors Stylized or exaggerated anatomy Extra objects or symbols Output: High-quality 3D model suitable for STL/OBJ export Accurate recreation of the uploaded reference image
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