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DCC Bridge
glebrybtsov
02-05 16:06
Model Name
enclosure 3d model
Tags
3d printing
3d printing realistic
enclosure
internal pcb
machine
machine 3d printing
machine 3d printing realistic
machine realistic
realistic
rectangular enclosure
Prompt
Create a simple functional 3D enclosure for a DIY electronic project. The enclosure must consist of two parts: a bottom case and a removable top lid fixed with 4 screws. Internal components: - Two 21700 Li-ion batteries (21.5mm diameter, 70mm length), placed horizontally side by side on the bottom. - A perforated PCB mounted above the batteries on standoffs, with a minimum vertical clearance of 4–5mm between batteries and PCB. - PCB size approximately 50x70mm. - TP4056 charging module mounted on the PCB, USB-C port must align with a rectangular cutout in the side wall. - A DC-DC boost converter module mounted on the same PCB. - A two-pin rocker switch mounted on the side wall. - An XT60 connector mounted on the opposite side wall. Enclosure requirements: - Internal walls thickness: 2–2.5mm - Bottom thickness: 2mm - Lid thickness: 2.5mm - Four internal cylindrical standoffs in the corners for M3 screws. - Lid has matching holes for M3 screws. - Ventilation holes above the TP4056 module on the lid. - Cable channels along the side walls for battery wires. - Rounded outer edges, simple rectangular shape. - No decorative elements, purely functional. Overall size should be as compact as possible while fitting all components. Generate the enclosure as two separate solid parts: bottom_case and top_lid.
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