Sensor module 3D Models

Find the best Sensor module 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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You are a professional mechanical design engineer specializing in compact 3D-printed electronics enclosures for embedded systems. Design a fully functional, ergonomic, 3D-printable enclosure (not packaging) for a Sajda Counter device using the following components: - Lolin32 Lite ESP32 development board - VL53L0X Time-of-Flight distance sensor module (used to detect a user's forehead during sajda) - AZDelivery 0.96" OLED display (128x64 pixels) used to display sajda count - Flat LiPo battery, 3000mAh The device will be placed on the floor in front of the user during prayer. CRITICAL FUNCTIONAL REQUIREMENTS: 1. The VL53L0X sensor must: - Face upward toward the user’s forehead during sajda - Have an unobstructed optical path - Be recessed or shrouded to reduce ambient IR interference - Be positioned to detect forehead distance reliably (approx. 2–20 cm range) - Avoid internal reflections from enclosure walls 2. The OLED display must: - Be front-facing and easily r

Anonymous1771161533

Generate a precise mechanical CAD model of a downward-facing camera sensor mounted on a vertical support pole. The structure consists of a long cylindrical vertical pole (steel, hollow tube). At the top of the vertical pole, include a very short horizontal extension arm positioned at 0 degrees (perfectly perpendicular to the vertical pole). The camera sensor module is mounted at the end of the short horizontal arm and oriented exactly 90 degrees downward, facing the ground

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can you take this 2d drawing and create the 3d model of the object described in these document? I want just the sensor after you interpret the distances and the sizes

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Anonymous1770777159

Simple front mounted camera and sensor module for robot, compact sensor box with single camera lens, ultrasonic sensor and small lidar unit, clean basic 3D model, educational style design.

Anonymous1770652430

A detailed, teA hyper-realistic 3D render of a cylindrical underground sensing device called “BeatRescue – Ground Vibration Probe (Node 1)”, shown in a vertical cutaway view.

The device has a sleek matte gray outer casing, with the front half sliced open to clearly reveal internal components. At the top section, a small red status LED button is visible on the cap, alongside a black circular power/reset button on the side.

Inside the upper compartment, a green cylindrical lithium battery is mounted horizontally. Below it sits a blue ESP32 microcontroller board, clearly labeled “ESP32”, with visible electronic components, pins, and a USB port at the bottom. Thin black wires connect the board to internal modules.

The lower compartment contains an orange cylindrical vibration sensor module, connected via wiring to the ESP32. The device tapers into a conical pointed tip at the bottom, indicating it is designed to be embedded into the ground.

On the exterior mid-section of the casing, a clean white label reads:

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Anonymous1770615153

Final Component List (Phone Alert Only)

ESP32 Development Board
360

Capacitive Moisture Sensor (Fabric Dryness Detection)
80

Temperature & Humidity Sensor (DHT22 / SHT31)
Dht22-180

Rain Sensor Module
50

Light Intensity Sensor (BH1750 / LDR)
Bh1750-150

3.7V Li-ion / Li-Po Battery
80 rs

TP4056 Battery Charging Module
20rs

DC-DC Boost Converter (if required)
Tell model number

Slide Switch
20

LED Indicator (status only, optional)
2rs each

Jumper Wires
60 rs (40pcs strip)
PCB / Breadboard
Pcb-50
Breadboard-60

Clip-on Enclosure / Cloth Clip
these are my component list give me the 3d picture of a perfectly connected sensors with all details keenly for intelligent cloth clip

Anonymous1770490857

Exploded electronic layout of a wearable safety monitoring system for manhole workers.
Shows internal electronic components clearly without outer casing.
Includes a NodeMCU microcontroller board with USB port and pin headers,
a cylindrical gas sensor module with metal mesh top,
a compact motion sensor module,
a GPS module with ceramic antenna,
an RTC module with coin cell battery,
and a small rechargeable battery.
Components arranged logically and connected conceptually with short wires.
Clean technical visualization style, educational electronics look.
Realistic proportions, simple details.
Designed for 360-degree rotation and inspection.

Anonymous1770485622

A compact wearable electronic device enclosure for safety monitoring.
Rectangular plastic casing with rounded corners.
Front vents for gas sensors.
Side emergency button.
Top LED indicator opening.
Clip for shirt or belt attachment.
Simple industrial design, neutral color, realistic proportions.Small rectangular microcontroller board with visible chip,
USB connector on one side, pin headers on both sides,
simple green PCB, realistic but minimal electronic detail.Cylindrical gas sensor module with metal mesh top,
mounted on a small PCB, simple electronic component design.Small square motion sensor module on a PCB,
compact electronic component with minimal detail.
Small rectangular GPS module with ceramic antenna,
mounted on a simple PCB, realistic electronics style.
Tiny real-time clock module with coin cell battery holder,
mounted on a small PCB, minimal realistic detail.

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