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Fertilizer 3D Models

Find the best Fertilizer 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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"Ultra-realistic, 8k resolution, National Geographic style photography. A hardworking South Asian farmer is scattering granular fertilizer by hand in a lush green agricultural field. He is wearing a traditional plaid lungi and a white sleeveless genji. A red and white checkered cotton towel (gamcha) is tied securely around his head to protect him from the sun. In his left arm, he holds a shiny stainless steel bowl (gamla) filled with white fertilizer, while his right hand is captured in dynamic motion throwing the fertilizer across the field. Cinematic lighting, bright daytime sunlight, highly detailed facial features with a bit of sweat, lifelike textures, shot on a DSLR with an 85mm lens, photorealistic."
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Create a highly detailed realistic 3D product render of a Smart Fertilization Dispenser for modern precision agriculture. The device should feature a compact fertilizer storage container mounted above the soil on a sturdy metal or polymer frame stand. The container should have a controlled dispensing outlet at the bottom, where the fertilizer is released into the soil. The outlet mechanism should be operated by a micro SG90 servo motor that visibly rotates to open and close a small dispensing gate for precise fertilizer delivery. The system should include visible embedded electronics, arranged neatly in an engineering prototype style setup: An Arduino Uno microcontroller board mounted on a small platform Color-coded jumper wires connecting components A soil pH sensor probe inserted into the soil near the crops A relay module connected to the control circuit Organized wiring showing how the sensors and actuator connect to the microcontroller The device should be shown installed
Anonymous1772807304
Create a realistic 3D product model of a Smart Fertilization Dispenser designed for modern agriculture. The device should include a fertilizer container mounted above the soil with a small outlet at the bottom. The outlet should be controlled by an SG90 servo motor that opens and closes to dispense fertilizer. The system should also show an Arduino Uno microcontroller board connected with jumper wires, along with a soil pH sensor probe inserted into the soil. A small relay module should be visible as part of the control system. The 3D model should represent a smart farming setup placed in a small agricultural field with crops growing around the device. The fertilizer container should look like a compact automated dispenser mounted on a simple frame or stand. Show the internal electronics neatly arranged near the Arduino board. Style requirements: • Realistic 3D render • Clean engineering product design • Modern smart agriculture device • Natural outdoor lighting in a farm environment • High detail suitable
Anonymous1772778296
Create a realistic 3D product model of a Smart Fertilization Dispenser designed for modern agriculture. The device should include a fertilizer container mounted above the soil with a small outlet at the bottom. The outlet should be controlled by an SG90 servo motor that opens and closes to dispense fertilizer. The system should also show an Arduino Uno microcontroller board connected with jumper wires, along with a soil pH sensor probe inserted into the soil. A small relay module should be visible as part of the control system. The 3D model should represent a smart farming setup placed in a small agricultural field with crops growing around the device. The fertilizer container should look like a compact automated dispenser mounted on a simple frame or stand. Show the internal electronics neatly arranged near the Arduino board. Style requirements: • Realistic 3D render • Clean engineering product design • Modern smart agriculture device • Natural outdoor lighting in a farm environment • High detail suitable
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Afaq Fert 20-20-20 +TE
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Rian Gomes
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