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.

You May Also Like :

Anonymous1775483726

Anonymous1773928288

Anonymous1775567845

Créame un espacio donde se puedan tener cultivos , que tengan un sensor de temperatura , un sistema de ventilación y un sensor de nivel de agua

Anonymous1745581647

A single-piece technical 3D model of a rectangular water reservoir for a desktop hydroponic system. Dimensions: 170mm x 170mm x 90mm. Features: perfectly vertical 3mm thick walls, a flat solid bottom, and a 10mm wide U-shaped cutout on one top edge for a pump cable. The design must be a hollow open-top box with clean 90-degree internal corners and no internal structures. Optimized for FDM printing on a 180mm bed, manifold high-resolution mesh, zero supports required.

Anonymous1775416841

A high-precision, two-part modular hydroponic desktop grow box, optimized for the 180x180mm build plate of a Bambu Lab A1 Mini. Design features a watertight rectangular base reservoir and a matching removable lid with a professional lip-and-groove interlocking joint for a perfect snap-fit. Include a 0.2mm clearance tolerance between parts for a smooth assembly. The base includes an internal compartment for a small submersible water pump with a 10mm rear cable exit. The lid has two 50mm diameter holes for net pots. Minimalist industrial aesthetic, 3mm thick solid walls, flat stable base, zero-overhang design for a support-free flawless surface finish. Manifold high-resolution 3D mesh, optimized for FDM printing

Anonymous1775416841

A hydroponic Mini Garden where can place plants inside

Anonymous1775416841

Anonymous1774784106

Anonymous1774215458

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

Anonymous1773893360

chenzhou

Anonymous1771205279

Anonymous1741671891

Design a modular vertical hydroponic tower system for urban home farming. The main structure is a PVC pipe with an external diameter of 110 mm and a height between 1.5 and 1.7 meters. The pipe contains 48 circular holes arranged in 12 vertical levels. Each level has 4 radial holes positioned at 12, 3, 6, and 9 o'clock around the pipe, with vertical spacing of 10–12 cm forming a spiral pattern along the tower.
Each hole receives a 3D printed module that holds a 50 mm hydroponic net pot. The module must extend outward and tilt 30–45° to allow plants to grow outward and receive light. The module must include a snap-fit or clip system to attach securely into the PVC holes without glue and allow easy removal.
Include a top cap that distributes nutrient solution evenly through small channels so water flows downward by gravity. Include an internal support for a 12–16 mm hose connected to a submersible pump in a 20 L reservoir.
Design parts for FDM 3D printing using PETG or ABS, wall thickness

Anonymous1773452582

Create a empty square hydroponic dutch bucket container.
square container : slightly tapered sides, flat bottom, smooth internal walls
Inside the bucket: the bottom interior must be slightly sloped toward a drainage outlet.
Drain outlet: circular hole
located on the lower side wall

Anonymous1772641116

Design a modular vertical hydroponic tower system for urban home farming using a hybrid structure: a 110 mm diameter PVC pipe (height 1.5–1.7 m) combined with 3D printed components. The pipe contains 48 circular holes arranged in 12 vertical levels, with 4 holes per level positioned radially at 12, 3, 6 and 9 o’clock. Vertical spacing between levels is 10–12 cm, forming an overall spiral distribution to improve light exposure and airflow. Each hole receives a 3D printed plant holder module designed for a 50 mm hydroponic net pot, tilted outward 30–45°. Modules must use a snap-fit or clip system to attach securely to the pipe without glue and allow removal for maintenance. Include a top cap that distributes nutrient solution evenly, an internal guide for a 12–16 mm hose connected to a submersible pump, and a bottom connector to mount the tower on a 20 L reservoir. All parts must be optimized for FDM 3D printing with PETG or ABS, wall thickness 2.5–3 mm, minimal supports, and printable

Anonymous1773452582

Gemini said
A highly detailed, photo-realistic 3D model visualization of the complete, closed-panel hydro greenhouse, based on the engineering designs in image_0.png, is presented on a clean technical specification sheet with a subtle grid background. The single, consolidated 3D render is centered on the sheet, showing an isometric perspective view from a slightly elevated front-right angle, maximizing visible content. The entire galvanized steel frame structure is complete and visible, fully enclosed with clear, durable polycarbonate panels. Key exterior elements include a single central lockable access door and columns of detailed side-wall louvered vents (multiple rows as indicated in image_0.png). Inside, seen through the clear panels, are two densely planted A-frame NFT hydroponic racks with multiple tiers populated by healthy green lettuce. At the front base, two distinct textured blue plastic nutrient reservoirs (tanks) with small submersible pumps, clear irrigation tubing, and

Anonymous1773667208

Anonymous1773322181