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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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

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Hydroponic Herb Garden System Caja de cultivo hidropónico para interiores con luz Led, sistema hidropónico inteligente para uso doméstico, equipo de automatización de cultivo sin suelo, tambien deja espacios para colocar los componentes arduino como sensores y actuadores, tenia pensando nose colocar en un estremos separarlo para poner botellas con las mangueras, y el tema del cuarto del arduino o nose como lo podrias diseñar mejor, esto es un proyecto universitario que hare y en concreto es un “Sistema IoT de Monitoreo y Control para una Caja de Cultivo Hidropónico Inteligente de uso doméstico” y requiero hacer la estructura primero 500mm de largo, 270mm de ancho, 340mm de alto

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Create a cylindrical modular hydroponic tower segment with the following parameters:
Height 12 cm, outer diameter 34 cm, inner diameter 30 cm, wall thickness 0.4 cm.
Add three planting pockets equally spaced at 120 degrees around the cylinder.
Each pocket has a 5.2 cm circular opening, angled upward by 15 degrees, with a pocket depth of 7 cm.
The center of each opening is 6 cm above the bottom edge.
Add a twist‑lock system: three upper locking lugs (2 cm long, 1 cm wide, 0.5 cm thick) spaced 120 degrees apart, and three matching lower curved slots (1.2 cm wide, 2.5 cm curved path, 20–25 degree rotation).
Add an O‑ring groove on the top rim: 0.35 cm wide, 0.3 cm deep, located at approximately 33.2 cm diameter.
Add 3–6 internal vertical ribs, each 1.5–2 cm wide and 0.3–0.4 cm thick.
Add a shallow internal water channel behind each planting pocket (2–2.5 cm wide, 0.3–0.4 cm deep).
All edges should have fillets between 0.2 and 0.4 cm.
The part should be hollow, open at top and bottom, and

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