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DCC Bridge
Anonymous1774150132
03-22 03:50
Model Name
wooden fermentation monitor 3d model
Tags
machine
rendering
realistic
Prompt
Professional IoT product design render of a small handmade wooden fermentation monitoring box (approximately 15×10×8 cm, open top, natural light wood, lightly sanded, matte varnish finish). The design must look intentional and clean, not like a prototype with parts glued randomly. Left side exterior wall: A narrow vertical wood panel (rail/bracket) is screwed flush to the wall, acting as a unified component mount. On the upper half of this rail: a DHT22 temperature/humidity sensor (blue rectangular body, mesh front grill, 4 pins at the bottom) secured with two small M2 screws. On the lower half: an ESP32 DevKit V1 (green PCB, mounted upside-down so the USB-C port faces downward for easy access, secured with M2 screws through the mounting holes). Cable management: A small PVC or wood cable channel (10mm wide) runs vertically along the right edge of the rail, collecting all external wires neatly. A single cable bundle exits through a small drilled hole on the left wall near the top edge and runs internally to the sensors. Inside the box: Two DS18B20 waterproof temperature probes (thin silver metal tip, black cable) inserted vertically — one near the surface of the material, one deeper at the center. A small CCS811 CO2/VOC sensor module (green PCB, 20x15mm) resting in the far right back interior corner, measuring the trapped air. The 4.7kΩ pull-up resistor is soldered directly onto the sensor cable and covered with black heat shrink tubing — not on a breadboard. Bottom: A 5000mAh powerbank attached underneath the box with industrial velcro, acting as an integrated base. The USB-A to USB-C cable connecting it to the ESP32 runs along the inside of the rail. Style: Exploded isometric product render, clean studio lighting, neutral light gray background, subtle wood grain texture visible, all components labeled with thin leader lines in a minimal sans-serif font. The overall aesthetic should resemble a professional embedded systems prototype or a well-crafted maker project — not a school breadboard experiment.
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