Biodegradable 3D Models

Find the best Biodegradable 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 simple model of a smart waste bin. The bin features a vertical tablet on top with a green screen displaying the word "biodegradable" and a red screen showing "non biodegradable." The tablet is equipped with a camera for detecting waste types. The bin includes a tilting tray with two compartments labeled "Dry waste" and "Wet waste," which automatically tilts towards the appropriate compartment when waste is placed on it. The design should be minimalistic and practical, capturing the essence of eco-friendliness and innovation. Make it so that there is no seperation in the tray. make it so that the titlting tray tits sideways either right or left. make it so that the tray is like the lid of the bins

Anonymous1773233434

Create a simple cardboard 3d model of a smart waste bin. The bin features a vertical tablet on top with a green screen displaying the word "biodegradable" and a red screen showing "non biodegradable." The tablet is equipped with a camera for detecting waste types. The bin includes a tilting tray with two compartments labeled "Dry waste" and "Wet waste," which automatically tilts towards the appropriate compartment when waste is placed on it. The design should be minimalistic and practical, capturing the essence of eco-friendliness and innovation.

Anonymous1773233434

Create a detailed 3D model of a smart AI waste segregation dustbin for a school science project. The dustbin has two compartments at the bottom: left labeled 'BIO / Wet Waste', right labeled 'NON-BIO / Dry Waste'. Above the compartments there is a flat platform where users place waste. A small AI camera sensor is mounted facing this platform to scan the waste. The platform tilts left to drop biodegradable waste into the BIO bin and right to drop non-biodegradable waste into the NON-BIO bin. A digital screen above the platform shows the detected waste type (BIO or NON-BIO). The model should show internal mechanism including the tilting tray axis, include the camera module, simple engineering design suitable for a tabletop prototype, clean modern design, labels on bins, slightly transparent outer body to show internal working mechanism. Style: realistic 3D product design, educational prototype, clean lighting, white background

Anonymous1773233434

Create a detailed 3D model of a smart AI waste segregation dustbin for a school science project.

Design:
The dustbin has two compartments at the bottom:
• Left compartment labeled "BIO / Wet Waste"
• Right compartment labeled "NON-BIO / Dry Waste"

Above the compartments there is a flat platform where users place the waste. A small AI camera sensor is mounted facing this platform to scan the waste.

Working mechanism:
After detecting the waste type, the platform tilts like a rotating tray or pulley mechanism:
• It tilts left to drop biodegradable waste into the BIO bin.
• It tilts right to drop non-biodegradable waste into the NON-BIO bin.

Top Display:
A digital screen above the platform shows the detected waste type (BIO or NON-BIO).

Model requirements:
• Show internal mechanism including the tilting tray axis.
• Include the camera module.
• Simple engineering design suitable for a tabletop prototype.
• Clean modern design.
• Labels on bins.
• Slightly transparent outer body to show internal working mecha

Anonymous1773233434

Anonymous1773175257

Ultra realistic 3D model of an eco-friendly research display rack made of natural wood with three shelves, used to show tools and materials for making biodegradable tableware from areca palm sheaths.

Top shelf contains dried areca palm sheaths stacked naturally, wooden bowls filled with tapioca starch, maize starch, agar powder, pectin powder, and crushed eggshell powder.

Middle shelf contains bottles of coconut oil and aloe vera extract, a clear glass of water, and a wooden mixing bowl filled with natural fiber pulp mixture.

Bottom shelf contains small kitchen blender, manual pressing machine for molding biodegradable plates, digital scale, and small laboratory oven.

All objects neatly organized on the rack like a scientific experiment display. Natural eco-friendly aesthetic, realistic wood texture, clean arrangement, product research setup, environmental innovation concept.

Photorealistic 3D render, ultra detailed objects, physically based rendering (PBR materials), global ill

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Biocápsula capaz de monitorar umidade e pH desenvolvimento de raiz, funcionando como descarga eletromagnética para estimular o crescimento das plantas, juntamente de sensores para monitoramento.

Como funciona: Será implantado juntamente a semente na hora do plantio, como um sistema automático pré-existente na planta.

A cápsula será biodegradável, então após a colheita se degradará.

Cada cápsula terá um mini chip que levará as informações para uma torre, onde terá um estabelecimento próximo com uma central de informações, o qual consiste em um servidor composto por HDs conectado ao Wi-Fi. Então as informações poderão ser acessadas por um dispositivo conectado à internet.

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