The Lanna Factory was inspired by the cotton ball string lamps sold by vendors in Thai flea markets. Bangkok-based [THINKK Studio] wanted to build a device to let anyone have a hand (and feet) in making a custom lampshade without any experience. Five spools of thread are routed through a “glue case” and onto a spindle holding a lampshade mold. Pedals control the wrapping speed and the location on the shade being wrapped is controlled with a hand wheel on the table.
Once the glue dries, the shade can be removed from the mold and fitted with the appropriate hardware. Giving the user control over the process means that each lampshade will be unique and the final product will mean that much more to the person who made it.
If you’re thinking this would be cooler in carbon fiber, than maybe you should checkout the X-Winder.
[Mark] printed a partial shade in PETG that is made to sit directly on the bulb itself. The back of the shade is open, allowing light to spill out from behind while the front of the bulb is shielded, making it easier on the eyes. The result is pretty nifty, as you can see here. It sits in the center of the 600 mm tall lamp, which takes up most of the build volume of his self-made CoreXY-based printer, the UMMD.
This cube lamp was assembled using common cardboard. Not only does it look interesting, but it’s basically free with every Ikea purchase since all you need is a source of cardboard, cutting implements, and glue.
[Lindarose92] fabricated the shade out of narrow strips of corrugated cardboard. This particular lamp also has a cardboard base but we’re sure you could use it for just about any light source with doesn’t generate enough heat to cause problems. The build starts out with the tedious process of cutting 5mm by 8cm strips, and you’re going to need a lot of them. Each strip is cut perpendicular to the corrugation, which allows the light to shine through the wave pattern. The strips are then glued into 8cm x 8cm squares, which are in turn glued together into the four by four panels that make up each side of the cube.
Boom, you’re done. And if you get tired of it, just toss the thing in your recycling bin.