?

Enclosure 3D Models

Find the best Enclosure 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 :
electrical-enclosureelectronic-enclosureelectricalinsulated-wires
Anonymous1774198556
Anonymous1772199941
a enclosure that is in two halves. teh size of a soup can, cut lengthways down the middle with half 34mm circle shape cut out designed to clamp around a 34mmm diameter vertical tube. The enclosure has 20mm cable entry holes on the bottom of each half and between the two halves so that cables can enter from the bottom and access both halves of the enclosure.
Anonymous1774041609
Anonymous1774039822
Anonymous1742496100
Anonymous1747803192
Anonymous1773979466
Anonymous1770739938
Anonymous1773839044
Anonymous1773886731
Create a 2-part 3D model system for a rugged electronic enclosure, optimized for 3D printing and assembly: 1. BASE BOX: A clean, minimalist rectangular case with rounded corners and a recessed front screen panel, similar to the left side of image_0.png. The edges must feature precise female slots or grooves designed to receive snap-on protective parts. 2. MODULAR REINFORCEMENTS: A set of separate, detachable rugged bumper components (4 corner caps and 4 side rails) as seen on the right side of image_0.png. These parts must have male connector tabs designed to friction-fit or snap into the Base Box grooves. TECHNICAL SPECIFICATIONS: - Parts must be modeled as separate, non-overlapping shells. - Include a 0.2mm tolerance gap between the Box grooves and the Bumper tabs for a perfect physical fit after 3D printing. - Style: Industrial, tactical, matte finish with grip textures on the black bumpers. - Output: Ensure the bumpers and the box are aligned but exportable as individual STL/OBJ co
Anonymous1773827364
Create a 2-part 3D model system for a rugged electronic enclosure, optimized for 3D printing and assembly: 1. BASE BOX: A clean, minimalist rectangular case with rounded corners and a recessed front screen panel, similar to the left side of image_0.png. The edges must feature precise female slots or grooves designed to receive snap-on protective parts. 2. MODULAR REINFORCEMENTS: A set of separate, detachable rugged bumper components (4 corner caps and 4 side rails) as seen on the right side of image_0.png. These parts must have male connector tabs designed to friction-fit or snap into the Base Box grooves. TECHNICAL SPECIFICATIONS: - Parts must be modeled as separate, non-overlapping shells. - Include a 0.2mm tolerance gap between the Box grooves and the Bumper tabs for a perfect physical fit after 3D printing. - Style: Industrial, tactical, matte finish with grip textures on the black bumpers. - Output: Ensure the bumpers and the box are aligned but exportable as individual STL/OBJ co
Anonymous1773827364
Create a 2-part 3D model system for a rugged electronic enclosure, optimized for 3D printing and assembly: 1. BASE BOX: A clean, minimalist rectangular case with rounded corners and a recessed front screen panel, similar to the left side of image_0.png. The edges must feature precise female slots or grooves designed to receive snap-on protective parts. 2. MODULAR REINFORCEMENTS: A set of separate, detachable rugged bumper components (4 corner caps and 4 side rails) as seen on the right side of image_0.png. These parts must have male connector tabs designed to friction-fit or snap into the Base Box grooves. TECHNICAL SPECIFICATIONS: - Parts must be modeled as separate, non-overlapping shells. - Include a 0.2mm tolerance gap between the Box grooves and the Bumper tabs for a perfect physical fit after 3D printing. - Style: Industrial, tactical, matte finish with grip textures on the black bumpers. - Output: Ensure the bumpers and the box are aligned but exportable as individual STL/OBJ components.
Anonymous1773827364
Create a clean and functional 3D CAD enclosure for an Arduino-based Batmobile display system. The design must be realistic, mechanical, and optimized for prototyping (not a toy). Main structure: - Rectangular base box (200mm length x 150mm width x 80mm height) - Flat top surface with a circular platform (diameter 100mm) for a rotating display (turntable) - Internal compartments separated for electronics Internal layout: - Dedicated slot for Arduino Uno (with mounting holes) - Compartment for a relay module - Space for wiring channels and cable management - Ventilated chamber for a small ultrasonic fog module (with air vents) Smoke system: - Include a front-facing smoke خروج (outlet) shaped as a narrow horizontal grille - Internal air tunnel guiding smoke from fog module to خروج - Add ventilation holes on sides for airflow Motor system: - Cylindrical mount under the turntable for a small DC motor - Central محور (axis) connecting motor to rotating platform Lighting:
Anonymous1773741401
Anonymous1739720195
Anonymous1765869882
Anonymous1762772116
Will1295
Enter invite code to get credits!