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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shift the SMA pins to back and make 2 holes giving 4cm distance between them to the back of the face which is not visible on this image , and move the C-pin from the middle to the edge corner and make the case flip opening, and do not make any holes or openings other than these 4, and increase the height a width of the case and a width, 2 holes on one side of the face opposite to ethernet cable face and on the ethernet side one opening for the ethernet and the other c-pin opening on the same corner edge opposite of ethernet opening.

Anonymous1759206837

Anonymous1758772852

Anonymous1758545320

请按以下参数生成3D打印STL文件，一共3个文件：
1. 智能开关盒主体
2. 盒盖
3. 贴墙卡扣底座

一、整体参数
- 外部尺寸：85mm × 50mm × 40mm
- 壁厚：1.5mm
- 材质：PLA
- 精度：0.2mm
- 无支撑，易打印

二、开关盒主体（正面）
- 正面开舵机摇臂槽：22mm × 9mm
- 内部前置SG90舵机卡位
- 内部上层：ESP32-S3 排针版卡槽 54×30×13mm
- 内部下层：18650电池仓 + TP4056充电板位
- 右侧面开Type-C充电口：9mm × 3.5mm
- 左侧面开散热长槽：30mm × 2mm

三、盒盖
- 与主体完美扣合
- 四角内置M3螺丝柱，直径3mm
- 配合M3×6螺丝固定

四、贴墙卡扣底座（最重要，新增）
- 设计成**背胶贴墙 + 盒子卡扣式**
- 底座贴墙部分：85×50mm，厚度4mm
- 中间做**弹性卡扣**，盒子可直接卡入底座
- 底座背面可贴3M双面胶贴在墙壁开关旁
- 盒子卡上去稳固，取下方便
- 整体风格统一，简洁美观

五、用途
ESP32-S3 + SG90舵机 + 18650电池 + TP4056
做墙壁开关语音智能按压盒，舵机摇臂可以在盒子外面旋转

请直接按以上结构生成STL，不需要再问尺寸。

Anonymous1773584865

Anonymous1770494127

Anonymous1768992062

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.

Anonymous1752191551

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

Anonymous1750872690

Create a functional 3D printable electronics enclosure for an ESP32 RFID project.

Main enclosure:
Design a rectangular electronics box approximately 140 mm long, 100 mm wide and 40 mm tall with 2–3 mm wall thickness. The box should have a flat bottom and internal mounting standoffs for an ESP32 NodeMCU with expansion shield.

Front panel layout:
On the FRONT LEFT side create a rectangular opening for a 20x4 LCD display (about 100 mm x 35 mm). The LCD screen must be clearly visible from the front.

Next to the LCD on the front panel add:
• a small circular hole for a 5 mm RGB LED indicator
• a small circular grille of holes for a buzzer so sound can exit

These elements should be placed close to the LCD so the LED light and buzzer are visible and audible from the front.

RFID arm:
Create an external arm attached to the top of the enclosure that extends forward about 80 mm. At the end of the arm create a flat mounting plate for an RFID RC522 module with screw holes. The sensor should fa

Anonymous1772959569

I need a electronics enclosure for 3d printing. Size 160mm x 120mm x 50mm. ?It needs a removable lid and have rounded corners for asthetics

Anonymous1771402850

Anonymous1764759343

Anonymous1755214112

Внешний размер корпуса: 95 × 80 × 25 мм.

Толщина стенок: 2.5 мм.

Внутренняя полость под плату: 70 × 55 × 16 мм.

Четыре монтажные стойки под винты M3, расположенные под штатные отверстия UNO (отступы около 7–8 мм от краёв платы). Высота стоек: 5 мм.

Полка под плату на высоте 2 мм от дна.

Два длинных прореза вдоль боков для доступа к GPIO-пинам: ширина 8 мм, длина по всей стороне платы.

Вырез под USB Type-B: ширина 14 мм, высота 11 мм, центр выреза на высоте 8 мм от дна.

Вырез под DC-jack (баррель): прямоугольный 14×12 мм или круглый Ø13 мм.

Anonymous1765464347

Anonymous1761806674

Please separate the top lid from the main body of the case, keeping the overall design, dimensions, and retro style exactly the same.
Do not change the ventilation holes, port positions, or any external features — only make the lid a separate part that can be removed or reattached.
Keep both parts aligned perfectly for 3D printing (STL export ready).

Anonymous1759761340

Siamak

a case with a lid that is open in the middle for a 2.4lcd display,
in the case a esp32-u needs to be able to fit with a hole for the esp32-u antenna and a boxy look that fits in your hand

Anonymous1776460693

Anonymous1771347992