View allAll Photos Tagged 3dPrinter
Printed on MakerBot #1136
File from here: www.thingiverse.com/derivative:7998
Printed in Ultimachine translucent blue PLA.
eMAKER Huxley first PLA print using Sprinter firware's RAMP acceleration, with layer height 0.3mm through a 0.5mm nozzle. Printed from SD card with a RAMPS board and Kliment's SD card daughter board.
Photos from the malfunktion project.
Electronics: Makerbot Gen4
Material: Silicone
Solenoid coils from solenoid valve
Magnets
Bass Guitar
450 W Bass Amplifier
video of the process at: youtu.be/A1MYopELyyU
6 May 2016
The Edge, State Library, South Bank, QLD
I have been going to the Edge Digital Culture Centre since 2011. I have seen it change many times different faces different rooms and different pieces of technology. I have called this picture 3D printing a dream because with a 3D printer any dream is possible and the edge lets any one realize this dream by providing not only the tools but also the help needed. I will most likely see it change again but I know that it will all ways be a place that can make dreams happen.
Honey I shrunk the office chair! :S #3dprint #3dprinting #future #technology #tech #innovate t.co/MdLyJsDHVL via Twitter twitter.com/3dPrintAll
So here's how the drivers work: a sandpaper cylinder (similar to various Dremel bits) is glued to a bit of rubber hose, which is press-fit onto the motor axle and zip-tied in place for good measure. A taut piece of cord is later affixed along the length of the moving part, aligned perpendicular to the motor axle and wrapped around the sandpaper.
It's simple, but it works (I admit I was a bit skeptical until I saw it in action). Additionally, I think it also serves as a sort of safeguard - if the moving part jams, the cord will probably slip or snap before other parts are damaged.