Chandelier, designed to be used as an LED light, should fit 3mm LEDs in the flame. Everything was designed to be FDM friendly, if your printer can make the sizes. LEDs run on about 3v, so with the right resistors you can easily use 5v USB or 12v power adapters for low voltage lighting. flicker LEDS might be cool to simulate flames.
You need all the files listed downloaded:
print one; body, catch, ring, bar.
print six; arm, plate, candle, flame.
solder wire/resistors to six 3mm LEDs to fit the arm and candle.
place and glue LED inside the flame
glue flame to candles, and then to dish, dish to arms, feeding wire through as you go.
arms lock into place in body, can glue if you wish.
top latch assembly; insert ring into catch, insert bar through catch and ring
latch assembly goes into body through bottom.
(feel free to modify the ring to suit your needs.)
wire all candles together and run a single power wire up through the catch and to a DC power source. (not mains directly, unless you only want it to work once, quickly and violently)
You can also add an small arduino or digispark inside the base to control the LEDs (RGB lighting) and/or add IR remote control... https://tuxamito.com/wiki/index.php/Digispark
| 3dpChandelier03-arm.stl | 34.7KB | |
| 3dpChandelier03-bar.stl | 1.4KB | |
| 3dpChandelier03-body.stl | 112.6KB | |
| 3dpChandelier03-candle.stl | 19.6KB | |
| 3dpChandelier03-catch.stl | 15.9KB | |
| 3dpChandelier03-flame.stl | 14.8KB | |
| 3dpChandelier03-plate.stl | 9.5KB | |
| 3dpChandelier03-ring.stl | 22.9KB |
