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Anonymous1761850845
10-31 13:03
Model Name
hydroponic nft system 3d model
Tags
machine
rendering
realistic
Prompt
Highly detailed 3D model of a hydroponic NFT (Nutrient Film Technique) system, inspired by a small tabletop setup from a sketch, with a curved transparent cover and two NFT pipes inside, professionally engineered for strawberry or lettuce growing. Structure and Components: Compact rectangular reservoir/tank (400mm x 300mm x 250mm), made of opaque white plastic. Two PVC grow pipes, 110mm diameter, 500mm length, mounted horizontally with a 2% slope (10mm drop). Net pots (80mm diameter), 3 per pipe, spaced 200mm apart. Curved transparent acrylic cover (similar to a mini greenhouse dome), openable front section. Two LED full-spectrum grow lights (400x50x30mm each) integrated under the cover, height adjustable (250–400mm). Support frame made from 40x40mm aluminum profiles, housing lights, pipes, and electronics. Water pump (50x80mm cylinder) in the reservoir connected by PVC hoses (12mm diameter) for supply and drainage. Water flow arrows along the system showing nutrient circulation. Electronic components on front panel: ESP32 microcontroller pH and EC/TDS probes in the reservoir DS18B20 temperature sensor (waterproof) Two SG90 dosing servos mounted near small dosing bottles Two relay modules (for pump and lights) Power supply 12V Lighting: LED grow lights (25W each), mounted with metal cables or adjustable chains. Light coverage area: 400x400mm. Light control through relay and ESP32 timer. Visualization Style: Professional engineering render, educational diagram style, white background. Cross-section cutaway showing internal water flow and sensor positions. Materials: opaque plastics, aluminum, transparent acrylic, LEDs, wiring. Labels in Russian and English (e.g., “Подача питательного раствора”, “Фитолампа LED”). Include dimensions and scale annotations. Perspective: Isometric and front view combined — showing overall form similar to the uploaded sketch but with correct proportions, lighting placement, and interior accuracy. Render Style: photorealistic technical 3D visualization, clean lighting, realistic materials, 8K detail, designed for assembly documentation.
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