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Waste 3D Models

Find the best Waste 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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a pile of construction and demolition waste, covering concrete blocks, timber, cardboard, fabric, steel, plastics. ONLY TWENTY PIECE OF WASTE
Anonymous1773977308
Anonymous1775625354
a pile of construction and demolition waste, covering concrete blocks, timber, cardboard, fabric, steel, plastics
Anonymous1773977308
Technical 3D Modeling Prompt: Universal Access Smart Bin Obiettivo: Modellazione 3D fotorealistica di un modulo urbano intelligente (Smart Bin) per la raccolta di rifiuti liquidi e solidi, con focus su accessibilità universale (ADA/Universal Design) e autosufficienza energetica. 1. Architettura e Ergonomia Inclusiva (Layout Frontale): Accessibilità: Il modulo deve presentare un'altezza ridotta per l'interazione (massimo 90-100 cm da terra) per consentire l'utilizzo agevole a persone in sedia a rotelle o con mobilità ridotta. Interfaccia Frontale Integrata: Disporre i componenti su un unico pannello frontale ergonomico: Bocchetta di Versamento: Ampio ingresso circolare centrale per oli esausti, inclinato verso l'interno per evitare schizzi. Pannello di Controllo (Affiancato): Immediatamente a lato della bocchetta, integrare uno schermo touch-screen LCD e un lettore RFID/NFC retroilluminato per l'identificazione utente. Ingresso Secondario: Bocchetta separata per il conferimento di biomasse solide (fondi
Anonymous1775589582
Prompt: A professional industrial solid waste incinerator, vertical layout, featuring a top feeding hopper, a thick cylindrical combustion chamber, and a bottom ash discharge unit. Heavy-duty industrial steel texture, grey and silver metallic finish, high-quality engineering equipment, realistic style, 3D model, white background.
Anonymous1774785461
A realistic 3D product design of an IoT smart waste sorting bin with a strict rectangular box shape and clean industrial proportions. MAIN BODY The bin is a horizontal rectangular cabinet with 4 equal compartments arranged side-by-side. Each compartment has a flat front door panel with simple white waste icons only (no text): plastic bottle glass bottle paper sheet metal can The front must look clean, flat, and minimal, no distortion, no random shapes. TOP MECHANISM (VERY IMPORTANT) On the top surface, there is a flat circular rotating plate (rotary selector) centered horizontally. The plate must follow these strict rules: perfectly flat disc (no curves, no waves, no deformation) contains exactly ONE circular hole near the edge rotates horizontally (like a turntable) below the plate are 4 fixed holes/chutes aligned in a circle when the plate rotates, the hole aligns with one chute to drop trash This must look like a real mechanical indexing system, not abstract. INPUT AREA A
Anonymous1775524111
A realistic 3D model of an IoT smart waste sorting bin with a clearly functional top-mounted sorting mechanism. The bin has 4 internal compartments: plastic, glass, paper, and metal. On top of the bin, there is a rotating selector plate (rotary drop mechanism) positioned horizontally. The plate has a single drop hole/opening, and rotates to align with four fixed drop positions, each connected to a vertical chute leading to one compartment. Above the rotating plate, there is a waste input tray where users place trash. When activated, the plate rotates and positions the hole to the correct compartment, allowing the trash to fall straight down through gravity. The mechanism must look realistic and physically functional, similar to industrial rotary sorting systems. Clearly show alignment between the rotating hole and the compartment channels. The front side of the bin has 4 panels with waste icons only (no text): plastic bottle, glass bottle, paper sheet, metal can. Include a camera
Anonymous1775524111
A realistic 3D model of an IoT smart waste sorting bin with a functional mechanical design. The bin has 4 compartments for plastic, glass, paper, and metal. Each compartment has a front panel with clear waste icons only (no text, no language, no letters): plastic bottle icon, glass bottle icon, paper sheet icon, metal can icon. The top section features a functional sorting mechanism: A flat input platform (tray) where users place trash. Below it, a rotating directional plate (not a simple disc) with a single opening hole that aligns with one of four fixed chute channels. The mechanism must clearly show how trash is guided into the correct compartment based on rotation. The structure should look physically possible and engineered (like a real machine), not abstract. Include a camera sensor module above the tray and a small digital display showing classification result (using icons only, no text). Add LED indicators for active sorting. Design style: modern industrial product, realisti
Anonymous1775524111
A realistic 3D model of an IoT smart waste sorting bin with a clearly visible functional design. The bin is divided into 4 internal compartments labeled: plastic, glass, paper, and metal. The top section features a motorized rotating circular disc platform where trash is placed. This disc rotates and aligns with one of four internal chute openings, directing waste into the correct compartment. The rotating mechanism must be clearly visible and mechanically logical (not abstract). The body is a vertical rectangular bin with four front-facing doors, each labeled and color-coded (blue: plastic, green: glass, brown: paper, gray: metal). On top, include a sensor module (camera + proximity sensor) and a digital display screen showing classification results. Add LED indicators to show active sorting. Style: realistic product design, functional engineering look, Blender render, PBR materials, matte plastic + metal combination. Perspective: isometric or front 3/4 view, clean studio background.
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