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Anonymous1773748876
03-18 10:56
Model Name
desk organizer 3d model
Tags
3d printing
3d printing realistic
desk organizer
props
props 3d printing
props 3d printing realistic
props realistic
realistic
Prompt
Create a precise, functional, and fully 3D-printable desk organizer based on the provided reference image. ⚠️ PRIORITY: This is a real-world functional product for FDM 3D printing (PLA), not an artistic model. Accuracy, strength, and printability are more important than visual exaggeration. ──────────────────────── 📐 GLOBAL DIMENSIONS ──────────────────────── * Circular base diameter: 100 mm * Base thickness: 5 mm (increased for stability and weight) * The model must be a single solid, watertight mesh ──────────────────────── 📱 PHONE SLOT (TOP CENTER) ──────────────────────── * Position: centered horizontally above the lungs * Length: 85 mm * Width: 16 mm (must fit large smartphone with case, e.g. iPhone Pro Max) * Depth: 14 mm (increased for stability) * Slight backward tilt: 3–5 degrees for stability * Inner corners rounded (radius 2–3 mm) * Walls vertical and thick (minimum 2 mm) * Fully integrated into the base (no floating geometry) * No overhangs >45° → must be printable without supports ──────────────────────── 📎 CLIP HOLDER (LEFT SIDE) ──────────────────────── * Position: left of lungs * Shape: oval recessed pocket * Size: 40 mm (length) x 25 mm (width) * Depth: 8 mm * Smooth edges with fillets * Bottom slightly rounded for easy access * Fully embedded into base ──────────────────────── 🖊 PEN HOLDER (RIGHT SIDE) ──────────────────────── * Position: right of lungs, horizontally aligned with clip holder * Shape: cylindrical hole * Diameter: 25 mm (designed to hold 2–3 pens) * Depth: 12 mm * Wall thickness: minimum 2 mm * Base thickness under hole: minimum 2 mm (do not make through hole) ──────────────────────── 🫁 LUNG DESIGN (CENTER) ──────────────────────── * Position: perfectly centered on the base * Style: anatomical lungs with visible bronchi * Relief height: 1–1.5 mm * Bronchi must be thick enough (minimum 0.8 mm) to print cleanly * Smooth transitions to base * No sharp fragile features * Fully attached to base (no floating details) ──────────────────────── 📝 TEXT (ENGRAVED / DEBOSSED) ──────────────────────── * Two lines of text: Line 1: "40 Congreso" Line 2: "NEUMOCAN 2026" * Text must be: ✔ engraved (cut into surface, NOT raised) ✔ depth: 0.6–1 mm ✔ slightly curved following the circular edge ✔ positioned above the outer edge with at least 4 mm margin ✔ centered horizontally * Font: clean sans-serif, medium thickness (not thin) ──────────────────────── 🖨 PRINTABILITY REQUIREMENTS ──────────────────────── * Designed specifically for FDM printing (PLA) * No supports required * No overhangs greater than 45° * Minimum wall thickness: 1.2–2 mm * Avoid sharp internal corners (use fillets) * Stable base with proper weight distribution * No floating geometry anywhere ──────────────────────── ⚙️ PERFORMANCE OPTIMIZATION ──────────────────────── * Model must be optimized for fast printing: Target print time: 20–30 minutes * Geometry should: ✔ avoid unnecessary complexity ✔ use smooth but simple surfaces ✔ not be overly high-poly ──────────────────────── 🎯 FINAL GOAL ──────────────────────── Produce a clean, precise, and ready-to-print 3D model (STL/3MF) that matches the reference layout exactly, is durable, stable when holding a smartphone and pens, and requires no post-processing before printing.
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