Cooling fans 3D Models

Find the best Cooling fans 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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gpu computer-tower pc pc-case

Crie um modelo 3D de um case NAS com 4 baias para HDs de 3.5", suporte a placa-mãe ATX (305x244 mm) e fonte ATX (150x86x140 mm). O case deve ter 2 slots PCIe traseiros para GPU de até 2 slots, com abertura para o espelho da placa e furos de fixação padrão. Dimensões externas aproximadas: 380x210x450 mm (A×L×P). Inclua 2 ventoinhas frontais de 120 mm (entrada), 1 traseira e 1 superior (exaustão). Internamente, adicione espaço para 2 SSDs de 2.5", passagens de cabo e layout modular. O modelo deve permitir encaixe correto da GPU na PCIe x16 e boa ventilação. Exporte em STL ou STEP, com componentes separados (estrutura, baias, tampas, ventoinhas). Ideal para edição em Fusion 360, FreeCAD ou impressão 3D. Adicione grelha de ventilação frontal tipo colmeia, pés de apoio e furos traseiros compatíveis com espelho I/O ATX. Estrutura preferencialmente em módulos independentes para facilitar impressão 3D e montagem. Tolerâncias de encaixe padrão (0.2–0.3 mm).

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A realistic 3D model of an empty open-frame GPU mining rack designed for cryptocurrency mining. The rack should be made of metal or aluminum bars, with slots or rails for mounting up to 6 graphics cards, a space for a motherboard, PSU, and cooling fans. The frame must be completely empty—no components installed. Include structural details like screw holes, support beams, and cable management paths. The design should be minimalist, functional, and optimized for airflow.

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make me a box 50m both height, width and length made in plyboard, make a glass door and place it in front, add divider inside up and down, add 13 exhaust fan 4 for both sides, 5 at the back and add some small hole at the back for power cable, the exhaust fan used is DC 5V 12V 24V Cooling Fan Brushless

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Generate a 3D-printable STL model of a modular laptop stand designed to support both the laptop and a large cooling fan module placed underneath.

Specifications:

Total width: 360 mm

Total depth: 240 mm

Height at front: 20 mm

Height at back: 40 mm (for ergonomic incline)

Structure: two side panels (angled trapezoid-like supports) and three horizontal crossbars that the laptop will rest on

Each crossbar: 360 mm wide, 5 mm thick, placed at ~40 mm, ~120 mm, and ~200 mm from the front edge

Side panel thickness: 10 mm

Gaps between bars should allow airflow from cooling fans underneath

The entire structure should be strong enough to hold a gaming laptop (with RTX 4060) and allow air to pass freely from below

Make sure the laptop does not sit flush on the surface – it should rest on the bars only

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