Axial fan 3D Models

Find the best Axial fan 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 :

对象：手机壳（非外挂）结构：一体成型
功能：防摔 + 内嵌风扇散热 + 指环支撑
约束：所有组件必须嵌入壳体内部
适配设备：
手机尺寸：165mm × 80mm × 8mm（参考）
外壳尺寸：
长度：167mm
宽度：82mm
总厚度：17mm
结构厚度分配：
背板：2mm
风扇区域凸起：最大8mm
边框厚度：2.5mm
屏幕边缘高出：2mm
壳体类型：一体式手机壳
材料分层：
外层：PC（厚度1.5mm）
内层：TPU（厚度1.5mm）
结构要求：
四角全包裹（包边高度≥2mm）
内部无空腔松散结构
所有组件必须嵌入壳体内部
背面为主要功能区域
风扇类型：轴流风扇（内嵌）
位置：
壳体背面中心偏上
距顶部边缘：40mm
尺寸：
外径：30mm
厚度：10mm
安装方式：
嵌入式安装（不可外露）
周围保留1mm结构间隙
约束：
- 扇叶不可直接外露
必须有保护结构覆盖
风道类型：封闭式内部风道（带规则开孔）
进风口：
位置：壳体左右侧边
- 形式：栅栏孔
单孔宽度：1.2mm
孔间距：1mm
长度：20mm × 2组
出风口：
位置：风扇上方区域
形式：环形栅栏
- 孔宽：1.2mm
分布：均匀环绕风扇
约束：
禁止大面积开孔
禁止开放式风扇
所有气流必须经过内部结构
散热块：
尺寸：30mm × 30mm × 5mm
材料：铝
鳍片：
高度：2.5mm
间距：2mm
数量：约8~10条
位置关系：
位于风扇下方
与风扇同轴对齐
导热层：
厚度：1.5mm
位于散热块与手机之间
位置：
壳体背面下半区域距底边：25mm
尺寸：
外径：30mm
厚度：3mm
结构：
嵌入式底座
不高于风扇区域
约束：
不得与风扇重叠
不得覆盖出风口
必须位于独立区域
接口：
类型：Type-C
位置：底部中间
电路空间：
预留空间：30mm × 20mm × 3mm
约束：
不与散热区重叠
不暴露在外部
风扇：
固定方式：嵌入卡槽 + 限位结构散热块：
固定方式：卡槽 + 压紧结构
指环：
固定方式：嵌入底座 + 转轴
整体：
所有模块必须固定在壳体结构中
禁止悬浮或独立组件
禁止：
- 外露风扇
- 外挂模块
- 松散结构
- 无固定组件
- 大面积开孔
- 非手机壳形态结构

Anonymous1775618009

Industrial 120mm HVAC vent booster housing; meaning is must fit into common household vents. Rectangular mounting flange with screw holes. Central circular recessed fan bay for 120mm axial fan (105mm hole spacing).

Aerodynamics: > 1. Inlet: Wide-radius bell-mouth trumpet intake to eliminate Vena Contracta and maximize laminar flow.
2. Outlet: Parallel teardrop airfoil louvers angled at 30 degrees to promote the Coanda effect for ceiling-attached room mixing.
3. Entrainment: Shrouded venturi gap to induce secondary air pull from the duct.

Mechanical: Manifold geometry, 45-degree chamfers for support-free 3D printing. Integrated recessed cable raceway on the housing exterior. High-precision engineering aesthetic, matte finish, clean topology for CAD conversion.

Anonymous1775619696

Anonymous1739017436

Anonymous1775287413

Three separate 3D objects with no shaft or rod connecting them, arranged inline along the same horizontal axis with visible air gaps between them, viewed from a 45 degree isometric angle. Left: a simple small three-bladed wind turbine on a smooth cylindrical tower with a round base. Center: a large flat square honeycomb panel, wider and taller than the fan, standing perpendicular to the axis, with clean regular hexagonal cell pattern on its face. Right: a compact axial fan generator, smaller than the honeycomb panel, on a short mounting bracket, with blades clearly visible facing left toward the honeycomb. No connecting rods, no shaft, no frame linking the three objects. Dark background, matte gray, soft studio lighting, realistic 3D render.

Anonymous1775263226

Three separate 3D objects arranged in a single coaxial line along the same horizontal axis, with small gaps between them, viewed from a slight isometric angle to show all three. From left to right along the flow axis: first a small three-bladed horizontal-axis wind turbine on a tower and base. Second a flat square honeycomb panel with clean regular hexagonal grid cells, perpendicular to the flow axis. Third an axial fan generator on a metal stand with blades facing left toward the honeycomb. All three share the same central axis so air flows straight through them. Matte gray, dark background, soft studio lighting, realistic 3D render.

Anonymous1775263226

Three separate 3D objects arranged in a horizontal line, side by side with visible gaps between them, no connections. Left object: a small horizontal-axis wind turbine with three blades on a tall pole and circular base. Center object: a flat rectangular honeycomb panel, standing upright and vertical, like a square grid mesh with hexagonal cells, resembling an air straightener or flow conditioner panel. Right object: a small axial fan or wind generator unit on a metal bracket base, with visible spinning blades inside a circular shroud, facing left toward the honeycomb. All objects are matte gray, on a dark background, soft studio lighting, realistic 3D render, isometric-style view.

Anonymous1775263226

Small wind tunnel energy setup with correct airflow direction:

1) An axial fan pushing air forward (not pulling), like a desk fan.

2) A short honeycomb flow straightener placed after the fan, made of straight parallel hexagonal tubes (not mesh), aligned with airflow.

3) A smooth contraction nozzle after the honeycomb to increase air velocity.

4) A 3-blade horizontal-axis wind turbine on a stand, placed after the contraction.

All components aligned in this order:
fan → honeycomb → contraction → turbine

Include visible spacing between parts and clear left-to-right airflow direction.

Style: realistic engineering prototype, clean design, neutral colors.
Wind tunnel setup: a fan pushing air forward, followed by a short honeycomb of straight tubes, followed by a narrowing nozzle, then a 3-blade wind turbine. All aligned in one direction with visible spacing. Engineering prototype style.

Anonymous1775263226

Industrial Floor Fan: A large, cage-style floor fan. low poly 3d art style. plain background.

Anonymous1769598963

Anonymous1771621207

Anonymous1773084328

Anonymous1774614514

setup sin monitor/es también teniendo base enfriadora (cooling pad) iets gt600

Anonymous1774827967

Anonymous1773370858

Anonymous1763042577

Anonymous1774706160

Anonymous1771805864