Hi to all !
I designed this adjustable angle stabilizer…
I don’t know yet if it’s really useful but it will show .
A different way to do it than I did it, not sure about a central support, nicely done though. Have seen a fully 3D printed version including the trussing, wasn’t too keen on that version.
Thanks !
I haven’t tested it yet…will try to develop it as much as I can .
The next move will probably be to try on the linear bars it has, two parallel spring-connected ball bearings for setting controlled oscillation damping …
I’m looking at doing something like Wobblex on my Z axis, but there isn’t much room.
Until now, this is what I believe too…that is, that the KE needs and deserves a good mechanical solution for this issue… That is, something like a stabilized and at the same time shock absorber…
That’s impressive looking! I love the thinking outside the box and moving things to the back…I don’t like most of the ones that hook to the front corners and I have a side mount spool that changes the way the display mounts so I can’t do a front mount anymore either. With that said, considering the top crossbar is plastic does the upward angle of the 2 connectors push up and forward on that crossbar…was thinking that a forward “push” would be better than an upward/forward angle. But I’m just a layman and little technical abilities in that kind of design. Regards and look forward to more info about it going forward.
Thank you!
Τhe problem in the Ender V3 KE is the oscillation in the Y-axis but also the oscillation in the X-axis.
The specific stabilization system was designed to be effective on both axes with the help of computer simulations.
Also the system was designed to be installed without any modification of the printer,some tests also showed an improvement in accelerometer setup and operation.
Now all the necessary tests have been done and it is in its final form.
The only thing that is pending is the creation of a user guide so that the model is available on the internet.
With the help of such a system and with two bearings nests of carbon fiber in its bed… the printer is simply perfect !
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Gotcha! Didn’t think about oscillation at all. I was thinking more about forward and backward on the gantry/crossbar due to the verticals and their simplistic mount. It’s a shame they don’t really design the sides of those verticals to allow for a smallish triangular plate to be affixed to the outside bottom area. It would avoid the need to reinvent the wheel to fix the inherent problem, and the taller and faster these get it’ll only get worse or limit the size & speed. But your solution is an attractive solution and still allow the filament on top - I like mine mounted on the side, but mainly because of the lack of overhead room. Anyway, will be following to see how the internet reacts and puts it thru the paces. Cheers.
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