![]() ![]() I missed a few important points here and I focused too much on a speed test, that is not that relevant, but I believe it is still a nice overview. I use the high-temperature Gates belts because they seem a bit stiffer than the regular ones. I believe it is important to buy quality belts for this machine. I know though that eventually I will have to reverse or replace them. At the time of writing, my Voron SW served for nearly 3 months and the belts are fine so far. On the minus side, I can only guess that the CoreXZ will require more maintenance/replacement of the belts. This allows having bigger Z-hops when needed with less impact on print time. The fast speed on Z makes Voron SW the perfect printer for parts that require Z-hops. A slightly bent or desynchronized lead screw leads to nasty patterns and artifacts on your prints. The CoreXZ kinematics allows very fast motion on X and on Z and eliminate all limitations and issues you may have with lead screws. The linear motion on all axis is based on 12mm linear rails. It uses belts in a similar arrangement to CoreXY printer but moves the gantry on XZ instead of XY. It is not a conventional Prusa type of printer though, but a CoreXZ machine. The newcomer Voron Switchwire was released in late August 2020 and surprised the entire community because it had a moving bed. Each of their printers is supported and you’ll find CAD files, STLs, BOM, and a manual on how to build it. ![]() Voron 2.4 is currently the flagship and the tiny Voron0 is their fastest-growing 3dp build. The Voron team is mainly known for its excellent CoreXY DIY machines. ![]() Here you can see the printers they design, support, and upgrade. If you hear for the first time about Voron, go to their website at. ![]()
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