?

Ventilation 3D Models

Find the best Ventilation 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.

You May Also Like :
A highly realistic outdoor air conditioner condenser unit, full object visible, no cropping, no surrounding environment.

Design:
Compact rectangular outdoor AC unit with a front circular fan grille and protective casing. Mounted on two small base feet for ground or wall bracket placement.

Details:
Includes a large front fan with simplified blades, protective grille pattern, side ventilation panels, and subtle panel seams. A short pipe connection stub is visible on one side.

Structure:
Solid geometry with slightly thickened elements for durability. Clean edges and balanced proportions.

Materials:
Painted metal casing with subtle wear and matte finish.

Style:
Photorealistic, high detail, Japanese-style practical design, 1:64 scale.

Quality:
Clean geometry, no distortion, all parts solid, minimum thickness ≥1 mm, no fragile thin parts, optimized for FDM 3D printing.
Anonymous1776489627
A highly realistic outdoor air conditioner condenser unit, full object visible, no cropping, no surrounding environment.

Design:
Compact rectangular outdoor AC unit with a front circular fan grille and protective casing. Mounted on two small base feet for ground or wall bracket placement.

Details:
Includes a large front fan with simplified blades, protective grille pattern, side ventilation panels, and subtle panel seams. A short pipe connection stub is visible on one side.

Structure:
Solid geometry with slightly thickened elements for durability. Clean edges and balanced proportions.

Materials:
Painted metal casing with subtle wear and matte finish.

Style:
Photorealistic, high detail, Japanese-style practical design, 1:64 scale.

Quality:
Clean geometry, no distortion, all parts solid, minimum thickness ≥1 mm, no fragile thin parts, optimized for FDM 3D printing.
Anonymous1776489627
Anonymous1772521198
Anonymous1776006764
Anonymous1775678173
Anonymous1775876813
Anonymous1775270993
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
Futuristic air purification tower in Almaty, hyperboloid glass tower with diamond lattice, blue glass and steel, realistic eco technology

SMALL control station at the base (compact technical building, entrance, lights, minimal size, not large)

LARGE OPEN TOP hole for air intake, deep circular inlet, hollow core clearly visible, flat ring top, NOT spire, NOT closed roof

air suction system, smog pulled from top into tower, visible inner shaft, industrial ventilation system, realistic engineering, functional design

snowy Almaty city, mountains background, urban smog, photorealistic, cinematic lighting, ultra detailed

clean topology, modular structure, suitable for Blender, correct proportions

no grayscale, no cartoon, no distortion, no closed top
Anonymous1775576715
Anonymous1775523849
Anonymous1747518011
Anonymous1775410615
Anonymous1775329089
Anonymous1775311872
Anonymous1759106812
Anonymous1759106812
Anonymous1774357694
Anonymous1774377174
Enter invite code to get credits!