I'm just trying to change some parts of the build to use my "180°C build chamber-compatible" components, and I've noticed that the Hevort rails aren't arranged at the same angle.
The green parts are the rails I plan to use, evenly arranged at 120° to each other.
To my understanding, the angles between the lines of movement and the distances between the sliders need to be equal, otherwise, the tilt angle of the bed won't be correct.
Here's a comparison picture with an exaggerated difference to clarify what I mean:
I admit that the correct positions of the sliders look strange on a square bed: (without any helplines)
They appear shifted, but they aren't.
I can't think of how Hevort's setup should be able to do a proper 3d movement. Which is a requirement for non-planar printing. (which Hevort is cited to be capable of)
The placement of the z-rails is relatively unimportant since they only do the lifting and lowering on a fixed plane. Think of "grabbing" the slider from either the left or right - it doesn't make any difference, because it's just up and down which works from any spot. (as long as there's no bending involved) But the center points of the sliders are critical.
Lifting or lowering any of these 3 spots by the same amount should lead to the same amount of tilt, which is only the case if they're equally arranged around a center point. Think of Delta printers. If the angles or rod lengths are unequal by just a little bit, the print will be warped or unparallel to the bed and fail. Is this a design error or a massive thinking error on my side?
