Cell Structure Lamp 2

myminifactory

For a fresh and updated version on my own website, go to https://www.designuitinspiratie.nl/cel-structuur-lamp2/\r\n\r\n------------------------------------------------------------------------------------------------\r\n\r\nA simple ambient light is achieved with ease :-) The light source is an Arduino Nano and 6 NeoPixels once again (the most cost-effective way to make a light source). If you're interested in learning more about these NeoPixels, you can visit the AdaFruit website at: https://learn.adafruit.com/adafruit-neopixel-uberguide/arduino-library-use I used an example from AdaFruit and modified it slightly. All I wanted was for the LED's to slowly change colors. The sketch and the AdaFruit library are included in the ZIP file, as well as a simple wiring diagram. The power supply is a phone charger (at least 1A). This lamp measures 90x90x90 mm and is printed in green PLA, except for the diffuser. The diffuser is printed in translucent PET-G. I have two types: a flat one and one that is printed using the “spiral outer contour mode”. You can see them side by side in one of the pictures. On this picture, you can also see that I did not succeed printing the “spiral outer countour”one without warping. To prevent this more wall layers should be used. But then lesser light will come through. Although it warped, I personally still like this diffuser. If you print the “spiral outer contour” one, you will have to cut out a small piece to make room for the micro USB connector of the Arduino. The flat one is printed as normal and you can decide for yourself how thick. I just used 3 layers, each 0.2mm thick. It's also possible to make the diffuser from other materials like paper etc. Anyway, I included pictures with the flat and with the “spiral outer contour”one to show the difference. If you would place this lamp high enough, you don't need a diffuser at all. The only reason I made diffusers is to prevent that the LED's shine directly into your eyes. Green PLA = Printed with a 0.4mm nozzle, 0.2 mm resolution, 3 wall/top/bottom layers If you have any questions, feel free to ask. Constructive comments are welcome also.