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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Crear un modelo 3D CAD realista de una pieza de protección eléctrica automotriz para un sistema de 12 VDC. La pieza corresponde a un módulo con un relé/contactor de potencia, con dos contactores: uno normalmente cerrado (NC) y uno normalmente abierto (NO), diseñado para alto flujo de corriente en funcionamiento normal.

El conjunto debe estar contenido en una carcasa rectangular de plástico técnico PA66 color negro, con tapa desmontable mediante tornillos y orejas laterales para fijación al vehículo. La carcasa debe incluir pasacables o salidas laterales para cables de potencia y de control.

En el interior debe incluirse un contactor DC de servicio continuo, 200 A, con las siguientes conexiones visibles y claramente rotuladas:

– Un terminal de entrada de potencia rotulado BAT+, mediante perno tipo M10.
– Un terminal de salida de potencia correspondiente al contacto NC, rotulado NC OUT, mediante perno tipo M10.
– Un contacto NO de baja potencia destinado exclusivamente a señalización.
– Dos terminales pequeñ

Anonymous1765238712

Anonymous1765391514

this the blue print i have given the measurement

Anonymous1765185596

FM Mini Transmitter Inside Acrylic Box

Create a small DIY FM transmitter device enclosed inside a transparent acrylic box.

Overall Structure

The device is housed inside a clear acrylic rectangular box, made of flat transparent panels bolted together.

The box should be slightly larger than the transmitter board, with enough interior space for wires and small components.

The acrylic case includes:

Four vertical walls, one top lid, one bottom plate.

Small metal screws at corners.

All panels are transparent.

Inside the Box: Core Components

Place the internal components from the first transmitter image inside the acrylic box, mounted on a single base plate.

1. Main Circuit Board

A small rectangular PCB (printed circuit board), brown or green.

Mounted horizontally on standoffs inside the box.

Contains:

Small resistors, capacitors, and solder joints.

A connector for the antenna.

Several red and black wires soldered to the board.

2. Battery Holder

One double AA battery holder, black plastic.

Posit

Anonymous1765236496

Technical 3D exploded view of an IoT electronics controller box. The top cover is hovering slightly above the base, showing the inside clearly. Inside the grey ABS box, there is a PCB with visible electronic components: an ESP32 microcontroller, a blue 4-channel relay module, a yellow AC-to-12V power supply module, a small buck converter, and a fuse holder. Show realistic multicolored wiring (red, black, yellow wires) connecting the modules nicely. Along the bottom edge of the PCB, there are multiple green screw terminal blocks for sensor connections. The box has mounting ears on the outside. Professional studio lighting, white background, engineering diagram style, 4K resolution, sharp focus on internal circuits.

Anonymous1764793590

Create a detailed 3D CAD-style assembly of an electronic monitoring and control circuit for a small-scale kerosene–petroleum separation system.
Components to have:
1. A central microcontroller board (STM32 or Raspberry Pi form factor), mounted on a flat aluminum panel
2. A 4-channel ADC module connected to three RTD temperature sensors with stainless-steel thermowells and one flow sensor mounted inline with tubing
3. A solid-state relay module connected to a resistive heater element
4. A small variable-speed pump controlling feed flow, with inlet and outlet tubing
5. A 24V DC power supply module
6. Organized wiring harnesses with identifiable cable colors (signal, power, ground)
7. Mounting brackets, screws, and a simple rectangular enclosure frame
8. Labels on all major components

Anonymous1764457449

Design an industrial-style square enclosure box specifically sized to fit a TP-Link Deco M5 router inside. The Deco M5 is 120mm diameter and 38mm tall, so the internal cavity must be at least 125mm x 125mm x 45mm. Do not make the enclosure smaller than this.

The box must have:
- Square shape, flat bottom, no feet.
- 3mm thick walls.
- Open top.
- Ventilation slots on all four walls. Slots must be large functional horizontal cutouts, suitable for airflow and cable routing.

Now create a separate top lid that fits flush onto the box:
- The lid must include four recessed magnet sockets (not holes) positioned at the center of each edge.
- Each magnet socket must be 6mm diameter and 3mm deep, and must NOT go through the lid. They must be enclosed pockets for inserting magnets.
- The box body must also have four matching 6mm diameter, 3mm deep enclosed magnet sockets aligned with the lid. These sockets must be closed at the bottom and must not be through-holes.

The top surface of the lid must contain a recessed,

Anonymous1764380698

Generar un modelo 3D de una caja flotante para sensores acuáticos, con apariencia de consola rectangular marina hecha en plástico ABS negro semibrillante, bordes ligeramente redondeados y aspecto industrial. En la parte frontal debe tener un pequeño LED verde y la palabra “BOX” en la zona superior frontal. En la parte superior hay dos orificios circulares sellados, diseñados para que pasen cables delgados sin permitir filtraciones; estos cables salen por arriba, bajan por los costados exteriores y se conectan a dos sensores cilíndricos de aproximadamente 13 cm ubicados en la parte inferior de la carcasa. La caja debe mostrar un diseño pensado para flotar, con volumen interno sellado y base ligeramente más ancha para estabilidad. El interior debe estar completamente modelado: una base de madera clara fijada con tornillos visibles, sobre la que van también atornillados un mini protoboard blanco, un ESP32 azul y una batería de litio plana. Los tornillos fijan todo a la tabla, no a la carcasa. Los cables internos

Anonymous1763950962

"Create a fully detailed and realistic 3D model of the Gazy smart gas-detection device installed in a modern kitchen. Include:

1. Environment: Modern kitchen with gas stove, gas cylinder or pipeline, cabinets, tiled walls, and counter. Natural lighting and realistic shadows. A clean wall section for mounting the device.

2. Gazy Device – External: Wall-mounted device with compact plastic enclosure, front ventilation holes, three LEDs (green, yellow, red), buzzer opening, optional small OLED screen, and wall backplate.

3. Internal Components: ESP32 board, MQ-2 gas sensor, active buzzer, LED modules, battery/DC power module, and logical internal wiring. Optional airflow arrows.

4. Views: Exploded view showing all internal components, fully assembled device on the wall, cutaway view of internal electronics, and perspective shots of the kitchen showing the device installed above the stove.

5. Rendering: High realism, accurate proportions, clear materials (plastic, metal mesh, PCB, LEDs), natural lighting, neu

Anonymous1763915734

我想要打印一个硬盘盒的容纳器，然后颜色就是灰白色，然后后续我要去3d打印，硬盘盒的尺寸是116mm*57*18mm，然后硬盘盒的高8mm就可以了

Anonymous1763701539

do the same color and the ac should be outside the box and inputted in outlet

Anonymous1763455077

Anonymous1762833718

Anonymous1762457352

A realistic, high-detail 3D model of an electronics module enclosed in a rectangular box.
The box should have smooth matte plastic housing (like a modern IoT device enclosure) with small ventilation slots and rounded edges.
Inside (and partially visible if the top cover is transparent or semi-open), neatly place three electronic components:

ESP32 microcontroller board — compact, with dual antennas and labeled pin headers.

NRF24L01 module — small wireless communication board connected via jumper pins to the ESP32.

NEO-6M GPS module — rectangular blue circuit board with a silver square antenna module.

All components should be accurately scaled and arranged inside the box with visible connecting wires.
The model should have clean topology and PBR textures (plastic, metal, and PCB materials).

The final model should be a single unified mesh, enclosed within a rectangular casing, suitable for export as .glb or .fbx.

Lighting: subtle studio lighting with light shadows to highlight details.
Style: realistic eng

Anonymous1762329655

an ip65 rated electronics project box that has room for 3 sparkfun qwiic twist switchs and a waveshare esp32-C6 1.9 board so the display is mounted like a window

Anonymous1762283470

Anonymous1761831117

Anonymous1751193877

i want to create a enclosure for my project which consist of a zero pcb on which 3 sensors are placed with esp32 powered by dc dc converter and 3 sensors as ad8232,max30102,max4466 so for ad8232 i want a out for electrode connector , for one wire out for out of max4466 , and for max30102 i want to place a finger on it so frame such a enclosure with stpe by step also have oled for classification result of cvd detection

Anonymous1760513255