Marblevator Air

cults3d

Marblevator Air is the latest masterpiece in my Marblevator Series of marble machines. Watch a video of this incredible creation here: https://www.youtube.com/watch?v=hBvgi7P-TLY. Fans of the Marblevators Series have shared some truly breathtaking videos of marble machines, featuring drums where marbles bounce off drum surfaces and into catch bins. Some enthusiasts even dared me to design a 3D printed Marblevator that incorporates drums, and I was initially hesitant. However, after visiting the Paul Boyer Museum of Animated Carvings with my wife, I was convinced to take on the challenge. Mr. Boyer's stunning automata inspired me, particularly his incredible marble machine featuring six drum heads! Our visit to the museum was a memorable experience, and we highly recommend stopping by this small yet remarkable museum showcasing Mr. Boyer's exceptional craftsmanship when driving north of I-70 in Kansas. To experiment with different drum head diameters (the included drum head is 50mm) and drum surface thicknesses (the included drum head is .4mm), you can download the file "Marblevator Air Drumhead v0.f3d", an Autodesk Fusion 360 export of the drum head design. Some notes on my experience designing, assembling, and testing Marblevator Air: incorporating drums into a marble machine is a challenging task that requires precise alignment, operation, and maintenance. However, this small, PLA-printed model poses even greater difficulties. For optimal performance, Marblevator Air works best on a smooth, solid, level surface like granite or marble. I was able to obtain scrap pieces from local suppliers, who were happy to donate them after seeing the prototype Marblevator Air video. You can also purchase small squares of granite or marble online. To complete a Marblevator Air, you'll need a few non-3D printed items as described below, and the 3D printed parts require careful printing (the drum head surface is only .4mm thick and needs a .1mm first layer thickness). Assembly is relatively straightforward, but aligning the motor in the tower can be tricky. Be patient and take your time. As always, I may have forgotten a file or two, so don't hesitate to ask if you have any questions - I make mistakes, and I'd be happy to help. Marblevator Air was designed using Autodesk Fusion 360, sliced with Cura 2.6.2, and printed in PLA on an Ultimaker 2+ Extended and an Ultimaker 3 Extended.