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Irrigation 3D Models

Find the best Irrigation 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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3d irrigation system model: Irrigation system model with Arduino electronics, soil bed, tubing, pump and sprinkler head
3d Irrigation System Model 3D Model
irrigation sprinkler boom 3d model: long metal irrigation sprinkler boom with wheeled supports
Irrigation Sprinkler Boom 3D Model
irrigation system 3d model: miniature automated irrigation system model with sensors and control panel in a grassy garden scene
Irrigation System 3D Model
center pivot irrigation 3d model: center pivot irrigation arm with metal frame and wheeled supports
Center Pivot Irrigation 3D Model
center pivot irrigation 3d model: center pivot irrigation system with wheeled tower, metallic lattice frame, gray-silver pipes, and blue beacon
Center Pivot Irrigation 3D Model
hydroponic greenhouse 3d model: multi-tier hydroponic greenhouse system with transparent cover, stacked trays of seedlings, and integrated irrigation and power components
Hydroponic Greenhouse 3D Model
smart irrigation system 3d model: ltra-realistic high-detail 3D cutaway agricultural infographic of a smart irrigation system. The scene shows a real farmland on the surface with crops (tomatoes, wheat, olive trees) growing in a healthy green field under natural sunlight. Above the soil, clearly visible smart soil moisture sensors are inserted into the ground, measuring soil dryness in real time. The sensors are modern, clean, and slightly futuristic, placed between crop roots in an organized way. Below the soil, a detailed underground system is revealed in a transparent cross-section: a large 1000-liter water reservoir, a smart water filtration unit, and an automated pump system that pushes water through connected irrigation pipes. From the underground system, multiple distribution pipes are directly connected to each plant, showing a drip irrigation network delivering water precisely to roots. Water flow is visible inside transparent pipes. The system illustrates smart automation: dry soil zones activate water fl
Smart Irrigation System 3D Model
smart irrigation system 3d model: **“Highly detailed ultra-realistic 3D triptych infographic of an intelligent smart irrigation system called HydroSense. The scene is divided into three connected layers: Surface layer: a green agricultural field with crops (tomatoes, wheat, olive trees) under realistic sunlight, showing healthy vegetation. Underground layer: a transparent cutaway soil section revealing humidity sensors placed in the ground, water distribution pipes, and moisture zones highlighted in blue gradients indicating soil hydration levels. Technical layer: a futuristic control system with a microcontroller (Arduino/ESP32 style), water pump system, relay module, and digital data visualization panels showing real-time soil moisture readings and automatic irrigation control. The system visually demonstrates smart irrigation decision-making: dry soil zones trigger water flow, while humid zones remain inactive. Style: ultra-realistic, cinematic lighting, high detail, professional engineering infographic, isometri
Smart Irrigation System 3D Model
automatic irrigation controller 3d model: irrigation controller device with display panels and tubing in a green lawn garden
Automatic Irrigation Controller 3D Model
automatic irrigation controller 3d model: automatic irrigation controller with display panels and sensor probes on a lawn
Automatic Irrigation Controller 3D Model
irrigation system 3d model: A highly detailed technical 3D cutaway render of an AI-powered smart irrigation system divided into two main layers: above ground and underground. Above ground: A futuristic atmospheric water generator machine designed to extract humidity from the air. The device includes visible cooling fans, metallic condensation coils, airflow vents, and water droplets forming and being collected. The design is compact, modern, and industrial. Underground (soil cross-section visible): A large buried water reservoir tank storing collected water, shown in transparent cutaway view with visible water level. Inside the tank, include filtration layers and a submersible pump. From the tank, a network of underground pipes distributes water to multiple plants arranged in rows. The system uses drip irrigation emitters positioned near plant roots. Include 2–4 soil moisture sensors (detectors) placed near different plants, clearly embedded in the soil, detecting dryness levels. The sensors are connected via
Irrigation System 3D Model
3d irrigation system model: A highly detailed technical 3D cutaway diagram of an AI-powered underground irrigation system. The system is shown in an isometric engineering view with a transparent cross-section revealing all internal components. Include a partially buried water tank with visible water level, internal filtration system (multi-layer filters), and a submersible pump connected to a network of underground pipes. The pipes distribute water through a precision drip irrigation system directly to plant roots. Above the tank, a high-tech atmospheric water generator unit with dual cooling fans, metallic condensation coils, and visible airflow produces water droplets that fall into the tank. Show internal airflow direction and condensation process. Include labeled sensors: soil moisture sensors placed near plant roots, water level sensors inside the tank, temperature and humidity sensors in the air unit. All sensors are connected to a central AI control unit box via visible wiring. Add a smart control modu
3d Irrigation System Model 3D Model
hydroponic irrigation unit 3d model: hydroponic irrigation system with water tank, pumps, tubing and fittings
Hydroponic Irrigation Unit 3D Model
vaso autoirrigável 3d model: Modular self-watering planter system with interconnected pots and irrigation features in blue and gray.
Vaso Autoirrigável 3D Model
โมเดล 3d โรงเรือนอัจฉริยะ: สร้างโมเดล 3d แปลงผักอัจฉริยะ วัดความชื้นอัตโนมัติ พร้อมตู้ไฟเก็บอุปกรณ์ในรูป พร้อมกับแผงโซล่าเซลล์เก็บพลังงาน สำหรับโครงงาน สร้างออกมาให้หน่อย ขอสวยๆ เอาไปใช้ในเอกสารได้ ขอเพิ่มเป็นโครงที่มีหลังคาด้วยได้ไหม ให้คุมแปลงผัก โซลาเซล์วางอยู่บนโครงหลังคา เป็นแผ่นเดียว 1 อัน
โมเดล 3d โรงเรือนอัจฉริยะ 3D Model
soil irrigation stake 3d model: Photorealistic 3D product render of a soil irrigation stake. Pure white background. Centered, vertical, full product visible. The stake is a vertical cylindrical rod with three parts stacked top to bottom: TOP: a flat cream-beige plastic disc cap. On top of the cap, a small flat green oval grip tab lying horizontally. On the right side of the cap, a small black 90-degree elbow fitting with a short black drip tube attached. MIDDLE: a long straight terracotta-orange plastic cylindrical body. EMBEDDED INTO THE FRONT SURFACE of this body, a clear transparent rectangular window showing two colored stripes inside — sage green on top labeled "pH", warm amber below labeled "EC". The window is built into the body, FLUSH with the surface. Directly to the LEFT of this window, three small horizontal colored stripes are PRINTED ON the body surface — green, amber, red, stacked vertically. BOTTOM: a short narrow conical terracotta clay tip, rough porous texture, darker rust-red color, sealed poi
Soil Irrigation Stake 3D Model
soil irrigation stake 3d model: Industrial product design rendering of a single soil irrigation stake, isolated on a pure white seamless studio background. Centered composition, vertical orientation, 3/4 perspective view, full product visible from top to bottom. PRODUCT DIMENSIONS AND PROPORTIONS: - Total height: 30cm - Cylindrical shaft, 4.5cm diameter - Upper 2/3 (20cm): straight cylindrical body - Lower 1/3 (10cm): slight taper down to the ceramic cone - Ceramic cone at the very bottom: 5cm long, conical shape, sealed closed bottom MATERIALS AND COLORS: - Main body: matte UV-stabilized HDPE plastic in terracotta orange (#C4795C), slight texture, not glossy - Top cap: cream-beige plastic (#C9BEA5), 2cm tall ring - Pull handle: small flat green ring (#97C459) sitting flush on top of the cap, 2cm diameter, like a keyring tab - Drip line fitting: matte black plastic barb on the upper-side of the cap, with a short stub of black 16mm drip tube attached - Ceramic cone (bottom): unglazed terracotta clay, dark rusty redd
Soil Irrigation Stake 3D Model
automatic irrigation system 3d model: Autonomous irrigation system model with Arduino, LCD display, water pump, and tubing.
Automatic Irrigation System 3D Model