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Air filter 3D Models

Find the best Air filter 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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Anonymous1776692289
Post-apocalyptic air scrubber unit MK-III, military-grade decontamination equipment. Large reinforced rectangular housing on six heavy bolted leg mounts, clean structure with minimal rust. Front has three large industrial fans in a row behind thick protective metal grill, glowing blue edge lighting around each fan. Central panel with digital display screen, multiple switches and four green indicator lights. Right side has three large filter canisters mounted on a welded rack with pressure valves and gauges. Left side has reinforced electrical housing with thick conduit pipes and warning decals. Top has six exhaust stubs, two antennas and a small radar dish. Stencil reads "MK-III SCRUBBER" with hazmat trefoil symbol. Dark military grey, minimal weathering, clean but battle-hardened. Fallout RUST game art style, realistic PBR, game-ready low poly, hard surface, no background.
Anonymous1776825700
Post-apocalyptic air scrubber unit MK-II, military-engineered survival equipment. Larger reinforced rectangular metal box, sturdier than MK-I, sitting on four heavy welded leg brackets. Front has two large industrial fans side by side with thick metal grills, less rust than MK-I but still weathered. Small control panel below fans with toggle switches and five indicator lights, two glowing green. Right side has two cylindrical filter canisters on a reinforced bracket, orange warning stripes, pressure gauges on top. Left side has a larger electrical box with conduit piping running into unit. Top has four exhaust stubs plus a short antenna. Faded stencil reads "MK-II SCRUBBER". Scratched military green paint over bare steel, less decay more durability. Fallout RUST game art style, realistic PBR, game-ready low poly, hard surface, no background.
Anonymous1776825700
Create a single automotive air filter box cover assembly, not a storage box, not trays, not containers, and not separate random parts. The model must resemble a real Fiat engine air filter box cover with industrial automotive styling. Final overall dimensions: 460 mm length, 430 mm width, 130 mm height. Main shape: * rectangular automotive housing with rounded corners * upper cover with central recessed trapezoidal panel * circular raised center detail * lower shell deeper than the top * front lower area with angled integrated extension * realistic side walls and automotive plastic shell proportions * matte black injection-molded plastic appearance Important: * generate only the main airbox cover and matching lower shell * no extra trays * no extra containers * no floating accessory parts * no household box design * no simple food container shape * no random detached pieces 3D printing requirement: * split only into 2 or 4 logical structural parts * use alignment pins and match
Anonymous1774127502
Anonymous1775935655
A model of smart air purifying smart bench that takes polluted air through fans, uses carbon and HEPA filter to purify air and push it to the resting area, has solar panels on the roof shade and displays AQI. Add a shed on top on which solar panels are
Anonymous1775745497
A model of smart air purifying smart bench that takes polluted air through fans, uses carbon and HEPA filter to purify air and push it to the resting area, has solar panels on the roof shade and displays AQI. Add a shed on top on which solar panels are
Anonymous1775745497
Anonymous1775692060
Design a functional acoustic ventilation duct replacing a 57 x 35 cm window panel. Depth 12–18 cm. Include an airtight mounting frame. The design MUST include a clearly defined continuous airflow path from exterior to interior. Add a visible air intake opening on one side and an outlet on the opposite side. Inside, create a forced airflow labyrinth with 4–6 turns using solid baffles that block straight-line sound but leave open gaps for airflow. Ensure all chambers are connected and air can pass through the entire system. Reserve a central chamber sized for two 120 mm PC fans with mounting holes. Fans must be placed inline with airflow (not blocked). Add space for acoustic foam along walls, but do not obstruct airflow channels. Include angled exterior louvers, drainage holes, and a removable filter slot. Ensure internal channels are wide enough for real airflow and clearly visible in the model. Optimize for modular FDM 3D printing
Anonymous1775658440
Exploded view 3D model of a square air filtration tile system with 5 clearly separated layers arranged in a straight horizontal line with visible gaps, not merged. Layers: 1) Front panel: flat square tile, clay/ceramic, light beige color, slightly rough surface 2) Inner chamber: hollow square frame with circular hole, same material and color as front panel 3) Coconut fiber filter: light brown, rough fibrous porous texture, uneven natural look 4) Activated carbon layer: dark black, dense grainy texture, clearly different from fiber 5) Back panel: flat square tile with circular outlet hole, same clay material and same color as front panel IMPORTANT: All layers must be separate objects, not intersecting, evenly spaced, no merging. Material: Natural clay/ceramic with slight roughness and imperfections, not smooth or plastic. Style: Realistic product design, PBR materials, studio lighting, clean background.
Anonymous1775652741
Anonymous1775459110
A modern cylindrical air purifier with a minimalist design, matte white body, smooth surface. The top features a circular touch control panel with a small digital display showing ‘AUTO’, surrounded by a thin glowing green LED ring. The middle section reveals a pleated HEPA filter texture. The lower section has a perforated metal grille for air intake. The base includes vertical ventilation slits. Clean studio background, soft lighting, realistic shadows, high detail, product render, 3D photorealistic, 8K resolution.”
Anonymous1774966794
Focus 2.5 air filter box
Anonymous1768423600
Design a realistic biomimetic ventilation system inspired by ant nests and Cappadocia. Show a multi-story building cutaway. At the base, include underground soil-contact air galleries with organic tunnels (narrow-wide geometry for pressure control). Cool air rises through vertical shafts with chamber nodes and spreads via asymmetric horizontal tunnels. Each room has a wall unit with micro fan, filter, CO2/temp sensor. Add full internal detail: visible cables, wiring paths, connectors, control boards, mounting parts, maintenance panels. At the roof, include multiple aerodynamic chimneys removing hot air via wind and stack effect. Show airflow (blue→red). Use realistic materials. Must look like a buildable engineering system, not concept art.
Anonymous1773519414
Ultra-thin flat car air purifier, low-profile rectangular slab design, extremely slim profile, designed to house a carbon fiber filter sheet and compact ionizer system, hidden internal airflow channels, seamless construction, smooth matte surface with soft-touch finish, no visible buttons, minimal branding, subtle integrated ambient LED light strip along the edge, soft diffused glow, modern futuristic industrial design, blends naturally into car interior, discreet and elegant, realistic proportions and scale, high-end product render, studio lighting, clean background, photorealistic, 8K detail
Anonymous1774799456
Create a 3D printable STL model of an educational air cooling device designed as a demonstration model. The system should visually explain how air is cooled and directed using a clear airflow path. Include a front air intake section with a fan, a guided airflow tunnel, a cooling chamber with grid or filter-like structure, and an air outlet. The design should emphasize airflow direction and heat exchange using large, visible internal channels. Incorporate built-in directional arrows and flow guides along the internal ducts to show how air enters, passes through the cooling section, and exits. Use a cutaway or partially open design so all internal airflow paths are easy to observe. Make the geometry simple, durable, and easy to understand, with slightly oversized components for educational clarity. All parts must be connected into a single solid model, with thick walls, no floating parts, and optimized for FDM 3D printing. Style: clean engineering model, didactic prototype, medium de
Anonymous1763958552
Create a realistic 3D product design of a modern household dustbin called "Smart Utility Dustbin". The dustbin should be cylindrical, about 50 cm tall and 30 cm in diameter, made of matte plastic material with a minimal modern design. Include these functional design features: • Ventilated deodorizing lid with small circular air holes and an inner compartment for an activated charcoal odor filter. • Vertical transparent waste level indicator strip on the side with three color levels: green (empty), yellow (half), red (full). • Bottom garbage bag storage compartment integrated into the lower body, designed like a small pull-out drawer or dispenser slot holding a roll of garbage bags. • Anti-slip weighted base with a thick rubber ring at the bottom for stability. The dustbin should look clean, practical, and suitable for household kitchens. Use light grey or white plastic body, simple industrial design, and clearly visible functional components. Style: product prototype, industrial design, realistic lighting
Anonymous1773666937
quiero fabricar un admision para mi mercedes cla 45amg con motor m133 quiero el adapatador del filtro de aire
Anonymous1774266061
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