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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Create a 3D model of a small, compact hydroponic system called AtmosGrow. The model should include a rectangular hydroponic grow box with 3–4 leafy green plants (like basil or lettuce) growing in net cups. Inside the box, include a simple water reservoir and hydroponic base structure.
Attached to the left side, add a small air-intake fan with a tube or duct leading into the plant chamber to show CO₂ being supplied to the plants.
On the top surface, place a flat rectangular solar panel powering the system.
Add small sensor modules around the box labeled CO₂ sensor, pH sensor, and light sensor.
The overall style should match a handmade student prototype: simple, clean shapes, soft edges, and realistic plastic or acrylic materials. The layout should be identical to a classroom project or DIY science fair model, but in full 3D.

Anonymous1763490389

Un render fotorrealista en 3D que captura un primer plano de una sección de estantería de cultivo vertical hidropónico. La estantería, de diseño minimalista con estructura de metal galvanizado, presenta dos o tres niveles superpuestos. Cada nivel consiste en un canal o batea de plástico blanco, limpio y reflectante, donde crecen densas plantas de fresa.

La atención se centra en el follaje exuberante de un verde intenso, mezclado con numerosas fresas en distintos estados de maduración: desde frutos pequeños y verdes, hasta bayas rojas grandes y brillantes. Las fresas maduras cuelgan ligeramente sobre el borde del canal.

Se aprecian detalles de alta definición como las semillas (aquenios) visibles en la superficie de las fresas, la textura de las hojas y la presencia de delicadas flores blancas. Pequeños tubos de riego y la luz cálida de las lámparas LED de cultivo (si están presentes) iluminan la escena desde abajo y arriba, creando un contraste dramático que resalta el color rojo de los frutos. La composici

Anonymous1763347228

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Anonymous1763097562

A clean, high-quality 3D model of a vertical indoor garden prototype with a 1.2m × 2.4m aluminum frame, modular plant pockets, hydroponic reservoir tank, LED grow lights, PVC irrigation pipes, and integrated sensors. Tropical indoor plants should be placed in each pocket.

Anonymous1763087077

Anonymous1762314445

Hydroponic system with plastic tube as a water way

Anonymous1762314445

This a segment of a deep water culture tower

Anonymous1762857386

Anonymous1762401066

Create a detailed 3D model of a hydroponic NFT (Nutrient Film Technique) system with specific parameters:

COMPONENTS:
1. Reservoir/Tank: 400mm x 300mm x 250mm (LxWxH), opaque plastic
2. Two PVC pipes: 110mm diameter, 500mm length, mounted at 2% slope
3. Net pots: 80mm diameter, placed every 200mm along pipes (3 pots per pipe)
4. TWO LED GROW LIGHTS: 400mm length, full-spectrum, RIGIDLY MOUNTED ON FRAME
5. SUPPORT FRAME: 40x40mm aluminum profiles with INTEGRATED LIGHT MOUNTS
6. LIGHT MOUNTING: Lights attached directly to horizontal crossbars of frame
7. Water pump: cylindrical, 50mm diameter x 80mm height
8. PVC hoses: 12mm diameter for supply and drainage
9. Electronic components:
- ESP32 development board
- pH sensor probe
- EC/TDS sensor probe
- DS18B20 waterproof temperature sensor
- Two SG90 servo motors for dosing
- TWO RELAY MODULES (one for pump, one for lights)
- Power supply 12V for electronics + separate for lights

LIGHTING SPECIFICATIONS:
- Light type: Full-spectrum LED grow

Anonymous1761850845

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 componen

Anonymous1761850845

Generate a highly detailed 3D model of a single hydro tower aquaponics system for home use. Include:

Fish Tank: Transparent tank at the base with visible fish swimming and water reflections.

Water Pump: Submersible pump in the sump area, connected with PVC or metal pipes.

Mechanical Solid Filter: Cylindrical or mesh filter near the pump for solid waste removal.

Biofilter: Integrated in the tower or grow bed, showing bacteria filtration zones.

Hydroponic Grow Tower: Vertical tower with multiple plant levels (media beds or deep water culture troughs), vibrant green plants, realistic soil/media textures.

Sump Tank: Collects water returning from the grow beds, with semi-transparent water.

Piping & Water Flow: Pipes connecting all components in a closed-loop system, with optional semi-transparent blue water streams to indicate circulation.

Materials & Textures: Transparent glass/plastic tanks, reflective water surfaces, metal/PVC piping, vibrant healthy plants, realistic soil or med

Anonymous1753999151

这个绿色种植机是多层堆叠式水培设备，设计原理和结构可以拆解为这几部分：

一、核心设计原理

基于循环水培+人工补光，搭配多层堆叠的模块化设计：

1. 水循环系统：每个培养槽设水位线+连通孔，上一层营养液超过水位线时，会自动流向下一层，实现多层同步补水，减少单独加水的操作。

2. 人工光照：顶部模块内置光源（可能是LED灯），为植物生长提供充足光照，适合室内无自然光环境。

二、结构组成

1. 模块化培养槽：

◦ 主体是多个独立的绿色培养槽，可自由堆叠（图中是3层结构），每个槽都有种植孔位（用来放定植篮/海绵固定植物）。

◦ 槽身带橙色把手，方便拆卸移动；底部有小支脚（木质质感），提升稳定性。

2. 顶部控制模块：

◦ 最上层是集成了操作面板的模块，带有显示屏（显示时间/参数）、功能按键（可能是开关、模式调节），同时内置补光光源。

3. 细节设计：

◦ 槽身印有认证标识（如CE等），侧面有水位观察区（透明/半透明窗口），方便查看营养液余量。

它的设计既利用水培高效种植，又通过模块化堆叠节省空间，适合家庭室内种植蔬菜、香草等。
要不要我帮你整理一份该种植机的使用步骤清单

Anonymous1761896749

Anonymous1748250489

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Anonymous1761850845