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Electronics enclosure 3D Models

Find the best Electronics 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.

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Complex plastic housing or enclosure with compartments, openings, and features for an electronic device or instrument
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Compact desktop computer or server case with transparent side panel, displaying internal cooling fans and PC components.
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with color, make it precisely
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Rectangular metallic component with a square slot
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Object: Create only the main body (base) of a rugged, two-part rectangular electronics enclosure. The final output must be a single, print-ready STL file named enclosure_base.stl. Style and Core Dimensions: Style: A functional, robust, open-topped box with slightly rounded external edges for durability. External Dimensions: 195mm in Length, 85mm in Width, and 35mm in Height. Material Properties: Design with a uniform wall thickness of 3mm throughout. Internal Features: Floor-Mounted Standoffs: All standoffs must be cylindrical, 5mm tall, with a 5mm diameter, and feature a central hole sized for an M2.5 screw. Standoff Set 1 (for HackRF One): Create a set of four standoffs arranged in a rectangle measuring 150mm x 65mm. Center this rectangular pattern along the 195mm length of the enclosure. Position it so that one of the long edges of the pattern is exactly 10mm away from the enclosure's inner wall. Standoff Set 2 (for Raspberry Pi): Create a second set of four standoffs arrang
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3D Design Request – Snap-fit Assembly Design a 3D model of the attached device, divided into separate parts with snap-fit joints (no screws), showing internal wiring for educational purposes. Parts: Base plate (Arduino, wires, battery). Front panel (LCD, buttons, PIR sensor cutouts). Back cover (removable). Buttons: Red (Stress), Green (Heart), Blue (Tension), Black (ON/OFF). LCD holder. PIR sensor mount. Battery holder. Deliverables: STL for each part. Assembly file. Exploded view. Wiring diagram. Notes: Colors match reference image. Easy assembly/disassembly for training.
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I want a cover model that is 9 cm long, 6 cm wide and 3 cm high, has an empty cable entry on one side, has rounded corners, can be attached and removed, and whose attachable and detachable parts are identical.
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Create a rectangular open-top enclosure for a microcontroller. The internal dimensions should be 100mm x 100mm x 50mm to fit the microcontroller. The outer shell should have 2mm thick walls on all sides except the top, which remains open. Add a rectangular cutout slot (40mm wide, 10mm high) on one of the longer sides near the bottom for cable or GPIO pin access. The enclosure should look clean, 3D-printable, and functional.
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A technical diagram showing the key components of an electronic device, including a grey INMP-4 Microromofule, an ESP32 $3 Microcontroller, a TP4366 Charging Module, and a LiPo Battery with dimensions of 86 mm x 54.1 mm.
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Compact tactical utility knife with textured grip and modular design
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3D model of a hand-held mount or enclosure for an Arduino or RC522 microcontroller, featuring mounting points, a venting or speaker grill, and a rounded grip with ribbed curves for ergonomic handling.
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Matte black rectangular car audio speaker grill or cover with horizontal slits to allow sound passage
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A rectangular 3D-printable electronics box, size 150x150x90 mm, with thick walls and flat surfaces. On the front panel, include a shallow rectangular cavity (30x20 mm) to mount a small display module — not a hole, just a mounting recess. Next to it, add a narrow slit (1x10 mm) to pass through a flat ribbon cable from a membrane keypad. Below them, add a rectangular hole (14x8 mm) for a USB Type-C charging module. On the back side, add a circular hole 20 mm in diameter for an ON/OFF rocker switch. Leave the right wall open for a removable door. The inside should be hollow to fit electronics like ESP32, wires, battery and servo. Designed to be printed in one piece. No decorative features.
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A black rectangular electronic device with a knob, display, and metal enclosure. The device has various components and features, suggesting it is a piece of electronic equipment or a small instrument.
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Generate an STL file for a 3D printable electronics enclosure with the following specifications: Overall Dimensions: Length: 130 mm Width: 70 mm Height: 30 mm Design and Components: The enclosure must consist of two separate parts: a base and a lid. The entire case should have a smooth, minimalist aesthetic with rounded corners for a clean look. The interior of both the base and the lid must be hollow to house electronic components. Base Features: Integrate four (4) mounting tabs extending from the sides of the base. Each tab should have a hole suitable for a screw to mount the case to a wall. Lid and Closure: The lid should fit precisely onto the base. Design a single screw closure system. There should be a hole in the center of the lid and a corresponding screw boss on the inside of the base to fasten both parts together securely. The final output should be two STL files: one for the base and one for the lid
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Transparent electronic case with various components including a circuit board, fan, and cables
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