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Hydroponic 3D Models

Find the best Hydroponic 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

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Anonymous1773322181
Create a hydroponic dutch bucket container used in greenhouse drip irrigation systems. The bucket must look like hydroponic bato bucket used for growing tomatoes or peppers. Shape: square container : slightly tapered sides, flat bottom, smooth internal walls Dimensions: width: 300 mm depth: 300 mm height: 300 mm wall thickness: 4 mm Inside the bucket: the bottom interior must be slightly sloped toward a drainage outlet. Drain outlet: circular hole diameter: 25 mm located on the lower side wall positioned about 20 mm above the bottom. Add a reinforced top rim extending outward 15 mm. The bucket must not include a faucet or tap. Style: industrial greenhouse hydroponic equipment simple geometry
Anonymous1772641116
Create a square hydroponic drip irrigation bucket used in greenhouse vegetable production. The bucket must hold coco coir substrate and support drip irrigation growing systems. Dimensions: width: 300 mm depth: 300 mm height: 300 mm wall thickness: 4 mm The bucket should be hollow with smooth internal surfaces. The bottom interior must be slightly sloped (3–5 degrees) toward a drainage outlet. Add a drainage outlet on one side near the bottom. Drain specifications: diameter: 25 mm position: 15 mm above the bottom Add a reinforced rim around the top edge extending 15 mm outward. The design must be simple and optimized for 3D printing using PETG or ABS plastic.
Anonymous1772641116
Create a hydroponic bucket drain adapter used to connect a bucket to a central drainage pipe in a greenhouse hydroponic system. The adapter should fit into a bucket drainage hole. Dimensions: * inlet diameter: 25 mm * outlet diameter: 32 mm * length: 60 mm Include a flange to prevent the adapter from sliding through the bucket wall. The outlet should connect to flexible tubing or PVC pipe. The design must be simple and optimized for 3D printing. Material: PETG. Export as STL.
Anonymous1773609272
Create a square hydroponic drip irrigation bucket used in greenhouse vegetable production. The bucket must hold coco coir substrate and support drip irrigation growing systems. Dimensions: * width: 300 mm * depth: 300 mm * height: 300 mm * wall thickness: 4 mm The bucket should be hollow with smooth internal surfaces. The bottom interior must be slightly sloped (3–5 degrees) toward a drainage outlet. Add a drainage outlet on one side near the bottom. Drain specifications: * diameter: 25 mm * position: 15 mm above the bottom Add a reinforced rim around the top edge extending 15 mm outward. The bottom exterior must be flat for stable placement. The design must be simple and optimized for 3D printing using PETG or ABS plastic. Export as STL
Anonymous1773609272
Create a professional hydroponic drip irrigation bucket used in greenhouse vegetable production such as tomatoes, peppers, cucumbers, or eggplants. The bucket must have a square shape optimized for greenhouse rows so multiple buckets can be placed side by side efficiently. Dimensions of the bucket:width: 300 mm,depth: 300 mm,height: 300 mm,wall thickness: 4 mm The bucket should be hollow and designed to hold approximately 15–20 liters of substrate, such as coco coir or a coco-perlite mix. The interior surfaces must be smooth to allow easy cleaning and good water flow. At the top center, create a circular plant opening designed to hold a rockwool cube or net pot. Plant hole specifications: diameter: 90 mm centered on the top surface Add two small holes near the plant opening to guide drip irrigation micro-tubes. Irrigation tube hole specifications: diameter: 6 mm positioned symmetrically about 50 mm from the center hole. Inside the bucket, the bottom surface must be slightly sloped (3–5 degrees) toward a drain
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