The most surprising part of this build is the choreography: the toolhead swings over to the right front extrusion, snatches the probe off its magnetic dock, measures several points across the bed, then drops it back before continuing. Watching a fully automated detachable probe cycle run on a Voron 0.1, one of the smallest Vorons there is, caught me off guard in the best way.
The machine itself is tidy. It is a compact enclosed CoreXY with black aluminum extrusions, clear panels, and printed parts in blue and red. LED strips fill the chamber with a pink and white glow. The toolhead carries a cowl with a small axial cooling fan and a part-cooling duct below it, and the bed rests on a printed Z-axis support block with an adjustable leveling screw and spring. Linear rails run on toothed belts with corner brackets and idlers.
What stands out most is the probe mount. In its default state it flexed at the magnet connection, and the maker adjusted both the probe points and a third adjustable magnet on the mount until that flex disappeared, calling the magnet adjustment an important step for probing accuracy. The probing routine now completes cleanly with the probe returning to its dock. The reasoning for adding it holds up too: a probe that touches the build surface is more accurate than a separate Z endstop, it is unaffected by thermal expansion, and different PEI sheets can be swapped without recalibrating the endstop. The maker finds screws_tilt_calculate and bed_tilt_calibrate very useful with it.
One thing stays open: the maker wonders why the documentation never mentions adjusting that third magnet. Worth noting as well is that the recording was made right after the probe first worked, before any tuning, so the finished result may look even better.
Project by Nachiket Mhatre. Watch it on their YouTube channel: