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Anonymous1763113622
11-16 07:03
Model Name
sensor enclosure 3d model
Tags
3d printing
3d printing realistic
props
props 3d printing
props 3d printing realistic
props realistic
realistic
sensor enclosure
Input
Prompt
Create a smooth, rounded environmental-sensor enclosure that is fully hollow on the inside. The enclosure’s outer dimensions must be exactly 100 mm wide (X), 70 mm deep (Y), and 80 mm tall (Z). Use a clean, curved, mini–Bluetooth-speaker aesthetic with soft rounded edges and a matte surface. Front Features (ALL MUST BE HOLLOW & OPEN INSIDE): OLED Screen Opening Final real size must be 31 mm wide × 21 mm tall Centered horizontally on the front face Positioned in the upper half of the enclosure This opening must be completely hollow, passing fully through the front wall into the interior cavity Temperature / Humidity Sensor Opening Final real size must be 15 mm wide × 5 mm tall Placed to the right side of the OLED opening Keep it rectangular, clean, and simple This opening must also be completely hollow and connected to the inside Back Features: The back face must have a large, open rectangular cutout for placing an Arduino vertically. This opening should be approximately 70 mm tall × 55 mm wide. Keep the back completely open into the hollow shell. Interior Requirements: The entire model must be fully hollow inside, like a shell. Wall thickness should be 3–4 mm. All openings (OLED, sensor, rear) must go directly into the hollow interior. No separate internal blocks or supports. Style Requirements: Smooth, curved body No sharp edges Minimalistic front layout Simple geometry so it 3D prints cleanly Final output must be a manifold, watertight mesh suitable for slicing as an STL Keep all measurements EXACT and do not distort the proportions.
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Anonymous1763113622
Anonymous1763113622