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Anonymous1763183377
01-27 15:08
Model Name
quran stand 3d model
Tags
props
3d printing
realistic
Prompt
Design a fully functional, 3D printable foldable Quran stand named "Rehal Musafir Al-Rafa’". STYLE & MATERIAL: - Designed for FDM 3D printing using matte sand-colored PLA filament - Subtle visible layer lines, no glossy finish - Clean, modern Islamic product aesthetic - Rounded edges, chamfered corners, travel-safe STRUCTURE: Create the object as SEPARATE PRINTABLE PARTS: 1) Base plate 2) Vertical riser arm 3) Angled top plate (book holder) 4) Rear kickstand 5) Sliding compartment lid BASE PLATE: - Flat rectangular base, thickness approx. 7 mm - Internal hollow cavity for sand + coin ballast (sealed) - Sliding compartment lid integrated flush with base - Embossed pen icon on the lid - Integrated reinforced carabiner loop on one corner - Chamfered edges and filleted corners RISER ARM: - Hinged to the base plate using a pin-style hinge suitable for PLA - Features Islamic geometric lattice (mashrabiya) cutouts - Includes a vertical slot rail with 3 locking positions for angle adjustment - Reinforced spine behind the lattice for load-bearing TOP PLATE: - Hinged to the riser arm - Angled reading surface - Wide enough to support multiple Quran sizes (A5, standard Mushaf, A4) - Raised bottom ledge to prevent book slipping - Subtle side lips (non-damaging) - Islamic lattice cutouts to reduce weight - Embossed logo text: “Rehal Musafir Al-Rafa’” KICKSTAND: - Rear support leg - Slot-lock geometry (no screws) - Locks into 3 angle positions: approximately 25°, 35°, and 45° - Folds flat into the structure when closed FOLDING BEHAVIOR: - Fully foldable into a flat rectangular form - Final folded thickness approximately 25 mm - All parts fold inward cleanly without collision PRINTABILITY: - Designed to print without supports - Flat-bed friendly orientation - PLA-safe hinge tolerances - No floating geometry - Functional, real-world usable object OUTPUT REQUIREMENTS: - Clean manifold geometry - Separate parts (not fused) - Ready for STL export
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Anonymous1763183377
Anonymous1763183377