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DCC Bridge
Anonymous1765835315
01-15 15:10
Model Name
cello 3d model
Tags
3d printing
3d printing realistic
cello
props
props 3d printing
props 3d printing realistic
props realistic
realistic
Prompt
Generate a 3D-printable modular 3D puzzle of a cello. The final assembled model shall represent a realistic but functionally simplified cello, designed as a multi-part interlocking puzzle that can be fully disassembled and reassembled without glue. Scale & Size: Total length of the fully assembled cello: approximately 200 mm (20 cm) Scaled to fit standard desktop FDM 3D printers Structural Requirements: Model is split into multiple separate, clearly defined puzzle parts Each part is a separate watertight mesh Mechanical interlocking connectors (tabs, pegs, slots, puzzle joints) with FDM-appropriate tolerances Parts must assemble securely but without excessive force No glue or external fasteners required 3D Printing Constraints (FDM): Minimum wall thickness: ≥ 2 mm Minimum feature size: ≥ 0.8 mm Overhangs ≤ 45° where possible, optimized for support-free printing Flat, stable surfaces for bed contact Avoid thin strings; represent strings as thickened, printable elements or omit them Design Breakdown (example): Cello body split into logical sections (front, back, ribs) Neck and scroll as separate puzzle components Bridge and endpin simplified and printable Geometry & Quality: Clean, manifold, watertight geometry No self-intersections or non-manifold edges Surface detail simplified for reliable FDM printing Style: Realistic proportions, but engineering-friendly Educational / display puzzle aesthetic Output: STL-compatible geometry All puzzle parts clearly separable and correctly aligned for assembly
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