Thingiverse
MicroCube X (MicroCube / HyperCube Evolution Crossover)
di peter47_a
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**MCX?**
I really love the simple design of the MicroCube and I was looking for a more relieable movement system. I found the HyperCube Evolution to be a loved and very successful design, so I tried to get the best of both worlds. This printer is an evolution of the original prototype and prints a lot more reliable and cleaner. You can see it in action here https://youtu.be/z_v5L1m4204
**Updates**
2024/04 added cases for the electronics and the display
**General**
Speed and vibrations have still to be considered with the rods compared to an extrusion based frame. It is possible to print with around 50 mm/s, you can of course try higher values and tweak the build. The usable print area for my build is 84x88x110mm. Smooth Rod Lengths for this version are as follows:
X: 240mm
Y: 210mm
Z: 270mm
X-Carriage: 245mm
Diagonal Stabilizer Rods: 300mm
**How to build?**
I mostly used the 8mm rods, T8 leadscrew and bearings from my Wanhao Duplicator i3 mini (rest in peace...) for t
I really love the simple design of the MicroCube and I was looking for a more relieable movement system. I found the HyperCube Evolution to be a loved and very successful design, so I tried to get the best of both worlds. This printer is an evolution of the original prototype and prints a lot more reliable and cleaner. You can see it in action here https://youtu.be/z_v5L1m4204
**Updates**
2024/04 added cases for the electronics and the display
**General**
Speed and vibrations have still to be considered with the rods compared to an extrusion based frame. It is possible to print with around 50 mm/s, you can of course try higher values and tweak the build. The usable print area for my build is 84x88x110mm. Smooth Rod Lengths for this version are as follows:
X: 240mm
Y: 210mm
Z: 270mm
X-Carriage: 245mm
Diagonal Stabilizer Rods: 300mm
**How to build?**
I mostly used the 8mm rods, T8 leadscrew and bearings from my Wanhao Duplicator i3 mini (rest in peace...) for t
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