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Air Powered Segment Display: 3D Printed Microfluidic RAM? - YouTube

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soiboi soft explores the potential of pneumatic logic by designing an air-powered seven-segment clock. By adapting principles from microfluidic circuits and multiplexing techniques, the project demonstrates how vacuum-controlled transistors and silicone membranes can function as addressable memory within a custom 3D-printed enclosure. Follow along using the transcript. soiboi soft explores the potential of pneumatic logic by designing an air-powered seven-segment clock. By adapting principles from microfluidic circuits and multiplexing techniques, the project demonstrates how vacuum-controlled transistors and silicone membranes can function as addressable memory within a custom 3D-printed enclosure. Follow along using the transcript.

Can you build a segment display powered by air? Ad / Werbung: Special thanks to PCBWay for supporting this build! Check them out for PCBs, CNC, 3D printing, and more: https://pcbway.com/g/HYFQb8 (Affiliate Link) In this video, I take on the challenge of building an air powered, 4-digit, 7-segment display. I’m using microfluidic logic, silicone membranes, and air pressure to create a display that doesn't just show the time, it "remembers" it. By integrating vacuum-powered transistors into a 3D-print, I’ve accidentally created a pneumatic RAM (Random Access Memory). Unlike electronic…

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