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Anonymous1771259160
02-16 16:35
Model Name
starbucks cup 3d model
Tags
3d printing
3d printing realistic
cup
props
props 3d printing
props 3d printing realistic
props realistic
realistic
starbucks cup
Input
Prompt
"A high-fidelity technical 3D product render of an empty Starbucks cup designed for 3D printing, isolated on a pure white background. The structure is a hollow, double-walled vessel. The inner wall is a smooth, solid cylinder with a thickness of 2mm. The outer wall is a complex, 3D-printed Voronoi lattice exoskeleton that is physically fused to the top rim and bottom base. The cup is completely empty, showing a clear hollow interior with a solid circular base. The geometry is perfectly manifold and watertight, optimized for PETG filament. The Starbucks Siren logo is embossed onto a solid circular plate integrated into the lattice. Unreal Engine 5 render style, showcasing clean edge loops, geometric perfection, and matte finish textures." 1. The Wall Thickness (Non-Zero Geometry) In 3D modeling, a "perfect" glass cannot be a single flat plane. It must have an inner surface and an outer surface with a gap in between. Why: Without thickness, a 3D printer won't know how much plastic to extrude. This prompt specifies 2mm, which is the "sweet spot" for durability. 2. Manifold Connectivity The "lattice" (the web-like design) must be fused to the "core" (the inner cup). Why: If the lattice is just floating near the cup, the 3D printer will treat them as separate objects, and the cup will fall apart. The prompt uses the word "physically fused" to prevent this. 3. Hollow Interior By specifying "completely empty" and "showing a clear hollow interior," you ensure the model isn't a solid block of plastic. This is vital for a functional cup.
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Anonymous1771259160
Anonymous1771259160