Microcontroller 3D Models

Find the best Microcontroller 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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Anonymous1759288138

Generate a detailed 3D render of the NMMiner CYD — a compact Bitcoin solo miner with an ESP32 microcontroller and a small yellow display. Show the rectangular PCB with the ESP32-WROOM-32 chip, USB power input, and the yellow display clearly visible. Style it as a realistic desktop electronics device with accurate PCB components, subtle LED indicators, and minimalistic design. Focus on photorealistic lighting and high detail.

Anonymous1759437730

Roman Melnik (MrMelya)

Anonymous1759180232

"Generate a realistic 3D model of this product based on the reference image. Maintain accurate shape, proportions, and branding details. Apply clean topology and PBR textures. Export as .glb for use in PowerPoint presentations color original

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Anonymous1758995906

flowchart TD
%% Filtration Flow
subgraph FiltrationFlow[Filtration & Microplastic Capture]
direction LR
A[Water Enters Chamber 3<br>from Medium Filter] --> B[Fine Filter Mesh]
B -- Water flows through --> C[Clean Water Outlet]
B -- Microplastics accumulate on surface --> D["Debris & Microplastics"]
end

%% Triboelectric Sensor
subgraph TriboelectricSensing[Triboelectric Monitoring]
T_Start[Triboelectric Sensor] --> T_Material[PTFE/FEP/PDMS Mesh or Plate]
D -- Particles rub against --> T_Material
T_Material -- Charge Pulse --> T_Circuit[High-impedance Amplifier + Microcontroller]
T_Circuit --> T_Logic[Estimate Particle Count & Mass]
end

%% Ultrasonic Sensor
subgraph UltrasonicSensing[Ultrasonic Monitoring]
U_Start[Ultrasonic Sensor] --> U_Wave[Sound Pulse Transmission]
U_Wave --> U_Target[Water Surface]
U_Target -- Echo --> U_Read[Distance Measurement]
U_Read --> U_Logic[Clogging & Density Calculation]
end

%% Data Processing & Output
subgraph DataProcessing[Microcontroller & Output]
U_Logic --> F[Microcontroller]
T_Logic --> F
F --> G[Real-time Display, Data Logging, Alerts]
end

%% Linking Sensors to Filtration
B -- Microplastics accumulate --> D
T_Material -- mounted on --> B
U_Logic -- monitors water level --> F
T_Logic -- sends data --> F

Anonymous1758635214

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Anonymous1773945836

3D model of a high-tech ergonomic smart pen main chassis, optimized for 3D printing in two interlocking halves (left and right). External dimensions: Cylindrical shape, 100mm length, 14mm overall diameter. Internal engineering specification (with 0.2mm clearance for all components): 1. A forward-facing rectangular slot measuring 21mm x 16mm for an MPU-6050 accelerometer/gyroscope board. 2. A central rectangular cradle measuring 22mm x 18mm for a XIAO ESP32-S3 microcontroller. 3. Internal wire routing channels of 2mm width connecting all compartments. 4. A 10mm x 6mm rectangular cut-out on the side for access to the USB-C port of the XIAO. Design includes matching alignment pins and 2mm screw holes for joining the halves.

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