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Anonymous1773893360
03-19 23:47
Model Name
vertical hydroponic tower 3d model
Tags
3d printing
3d printing realistic
hydroponic
modular
props
props 3d printing
props 3d printing realistic
props realistic
realistic
Prompt
Design a modern, modular verticDesign a premium vertical hydroponic tower inspired by modern consumer products like Lettuce Grow Farmstand. Overall Shape: * Tall, elegant tower with a slightly tapered cylindrical body * Clean, smooth, minimalistic design * Matte white finish (premium home aesthetic) Structure: * Modular stacked growing levels (4–6 tiers) * Each tier is a circular ring with evenly spaced plant holders * Each level should hold 6–8 plants * Total capacity: 24–36 plants Plant Slots: * Larger-than-standard openings (50–70 mm diameter) * Smooth rounded edges * Slight upward angle (~30 degrees) to support plant growth * Integrated support lip to hold net pots securely Center System: * Hollow central column running through entire tower * Used for water pumping and distribution * Top section distributes water evenly (drip/shower style) Base: * Wide, stable, cone-shaped reservoir base (like in reference image) * Hidden internal tank for water and pump * Clean front panel (can include optional logo area) Design Style: * Seamless transitions between levels (no sharp edges) * Consumer-grade product (not DIY look) * Symmetrical and visually balanced Lighting: * Top cap designed to support a circular LED grow light * Optional ring mount or clip system for light attachment 3D Printing Optimization (Bambu Lab A1 Mini): * Split into modules under 180mm height * Snap-fit or twist-lock connections between levels * Watertight sealing edges * Wall thickness: 2–3 mm * No overhangs above 45 degrees * Easy to print with PLA or PETG Extra Features: * Hidden water channels inside walls * Easy disassembly for cleaning * Stackable system (user can add more levels) Visual Goal: * Looks like a premium indoor appliance * Suitable for kitchen or living room * Comparable to high-end Amazon hydroponic towers Output: * Clean, production-ready 3D model * Modular parts optimized for assembly and printing al hydroponic tower optimized for 3D printing on a Bambu Lab A1 Mini printer. Specifications: - Maximum print size per part: 180mm x 180mm x 180mm - The tower must be split into stackable modular sections that easily connect together (twist-lock or snap-fit system preferred) - Total assembled height: approximately 80–120 cm depending on number of modules Structure: - Cylindrical or slightly tapered tower design - Each module should contain 4–6 plant slots - Plant slots must be larger than standard (50–70 mm diameter) to support bigger plants like lettuce, herbs, and strawberries - Slots should be angled upward (~30–45 degrees) for optimal plant growth and water retention Base: - Bottom reservoir tank with a secure lid - Space inside for a small submersible water pump - Integrated central column for water distribution from bottom to top Water System: - Internal vertical pipe/channel to move water upward - Top drip or shower-style distribution system to evenly water all levels - Designed for recirculating hydroponic system Design Features: - Smooth, clean, modern aesthetic (Amazon-ready product look) - Stable wide base to prevent tipping - Modular watertight connections between sections - Easy disassembly for cleaning - Optional side openings for root airflow Lighting Compatibility: - Top section should allow mounting of a circular or vertical LED grow light - Include simple bracket or ring holder for LED light attachment Print Optimization: - Designed for FDM printing with minimal supports - Wall thickness: 2–3 mm - Reinforced connection joints for durability - Avoid complex overhangs beyond 45 degrees - Compatible with PLA or PETG materials Style: - Premium consumer product look (similar to Gardyn or Lettuce Grow systems) - Minimalist, symmetrical, visually appealing for indoor kitchen/living room use Output: - Provide clean, manufacturable geometry suitable for 3D printing - Ensure all parts fit within Bambu Lab A1 Mini build volume - Prioritize strength, ease of assembly, and water flow efficiency
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