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DCC Bridge
Anonymous1766677947
12-26 17:57
Model Name
hydroponic system 3d model
Tags
hydroponic
machine
machine rendering
machine rendering stylized
machine stylized
rendering
rendering stylized
stylized
vertical farming
Input
Prompt
Create a precise 3D model of a vertical hydroponic NFT system with four wooden support posts, three stacked rectangular growing channels, and a central base reservoir with two small side reservoirs and visible water pumps and tubing. Use millimeters for all dimensions. Overall frame: Total height: 1000 mm from floor to top of the highest channel. Overall width (left to right): 1500 mm. Overall depth (front to back): 400 mm. Four vertical wooden posts, each 1400 mm tall, 40 mm × 40 mm in cross-section, arranged in a rectangle 1400 mm wide × 300 mm deep. The frame stands around and above the main reservoir. Growing channels (three identical units): Each channel is an extruded rectangular trough 1500 mm long, 120 mm outer width, 70 mm outer height. Internal bottom is flat; wall thickness 3 mm. On the top face, create six circular holes for net pots, each 50 mm diameter, centered along the length. Spacing between hole centers: 200 mm, starting 150 mm from one end, then every 200 mm, leaving equal margins at both ends. Each channel has a very slight tilt along its length: 2.5° downward from inlet to outlet. At the higher end, add a 25 mm diameter inlet boss for nutrient solution. At the lower end, add a 25 mm diameter outlet boss. Vertical placement of channels: Bottom channel: top surface at 300 mm above floor. Middle channel: top surface at 520 mm above floor. Top channel: top surface at 740 mm above floor. Channels are parallel, stacked one above another, with outlets on one side and inlets aligned to receive flow from the level above. Front edges of all channels are vertically aligned, centered within the 400 mm total depth. Reservoirs: Main central reservoir: rectangular box 800 mm long (left to right), 300 mm front to back, 250 mm tall, located under the channels and centered in width. The top rim is at 250 mm above floor level. Two side reservoirs (one on each side of the main reservoir): each 250 mm long, 250 mm front to back, 250 mm tall, aligned with the front face of the main reservoir. Pumps and plumbing: Inside the main reservoir, place a small submersible pump (simplified rectangular block 80 mm × 80 mm × 80 mm) near its right end, with a 20 mm diameter flexible tube rising vertically to about 900 mm height, then bending to feed the inlet of the top channel. At the outlet of each channel, add a short vertical tube that drops down to the inlet of the next lower channel, finally returning to the main reservoir. In each side reservoir, place a similar pump block with a 20 mm tube returning water into the main reservoir. Plants and details: In each net pot hole, add a simple plant model: a small cone-shaped pot 45 mm diameter at the top, 40 mm tall, with a low-poly plant (stem and a few leaves) emerging. Show a thin, shallow water film (2–3 mm thick) along the bottom of each channel, slightly deeper near the outlet end. Materials: Use light wood material for the support posts. Use white or light-gray plastic for channels and reservoirs. Use semi-transparent blue material for the water. Use green for plants and black for pumps and tubing. Ensure all dimensions are respected exactly in millimeters and keep proportions realistic for a compact, tabletop vertical NFT hydroponic prototype. (Take note also the wirings must be clear and the hose connected per levels also, there's an arduino)
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Anonymous1766677947
Anonymous1766677947