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Anonymous1773244949
03-14 07:33
Model Name
electronic enclosure 3d model
Tags
3d printing
3d printing realistic
electronic enclosure
machine
machine 3d printing
machine 3d printing realistic
machine realistic
realistic
Prompt
Act as an expert industrial designer. Create a 3D printable, support-free two-part electronic enclosure (115x65x75mm, 3mm wall thickness) for a DIY smart plug. Part 1 (Main Base): Designed for high-voltage parts. Include a 2mm thick internal horizontal shelf halfway up to safely isolate the low-voltage ESP32 board from the 220V components below. On the left wall, create a precise 44mm circular cutout with two 3mm screw flanges on the sides specifically sized to mount a standard Type F (Schuko) panel-mount female socket. On the right wall, create a matching cutout designed to house a standard Type F male plug connection to interface with wall power. Include four thick corner standoffs inside the base with pilot holes specifically for M3 brass threaded inserts. Part 2 (Top Lid): Fits perfectly flush onto the base. Top surface needs three 5.2mm holes aligned for LEDs, and a small ventilation grille (slits) in one corner for a DHT4 temperature sensor. Add four countersunk corner holes alig
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Anonymous1773244949
Anonymous1773244949