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Designed a compact IoT sensor enclosure using SolidWorks, focusing on manufacturability and real-world application.
Key features:
Two-part enclosure (base + lid)
Internal PCB mounting system
Reinforced screw bosses
Ventilation slots for sensor functionality
O-ring groove for sealing (IP-rated design)
Draft angles applied for injection molding
NOTE : The design differs from the base example used to create the part, GD&T work all original
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Meet "The Cutting Room Floor" - a nostalgic, early-2000s 3D hardware archive meant to preserve creative ideas that deserve a second life ✨
"The Cutting Room Floor" is a visual tribute to the nostalgia of early 2000s tech 💿
The current build features an interactive 3D display vault housing the generated creative assets, fully realized in a vibrant, glossy, vintage "Bondi Blue" iMac G3 aesthetic 💙
As for future plans, I want to work on an integration with a web backend (like Bubble) to turn this into a living community engine where users can submit their own half-finished projects and ideas directly onto the shelves 💡
I utilized Omma Studio to generate customized, low-poly 3D objects, and Omma Canvas to create the scene, featuring the cabinet with the thick horizontal glass shelves and top-down spotlights ⭐
Here's the live interactive build: https://omma.build/p/the-cutting-room-floor-ambient-archive-fw4i12
What I learned: one of my biggest takeaways from this project was decoding how to communicate with Omma when it comes to prompting. I typically talk to AIs casually, like I’m brainstorming with a friend, but I found Omma does better with direct, clear, non-ambiguous instructions 😜
Stunning work!
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