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Ryan Sauer
เข้าร่วมเมื่อ 23 ม.ค. 2014
Hello Everyone! I am the designer and creator of the Inverted CoreXY Bed Slinger Conversion Kit!
A CNC Update video on a channel about an Inverted Printer.
This was a video in the works for the last few weeks. If you have any questions or inquires please reach out!
Contact Info:
Ryan28az@gmail.com
Contact Info:
Ryan28az@gmail.com
มุมมอง: 101
วีดีโอ
14:45 Speed Benchy Inverted Core XY 3D Printer!
มุมมอง 6593 หลายเดือนก่อน
14:45 Speed Benchy Printed on my Bed Slinger to Inverted Core XY conversion kit! If you found your way here, check out more information at the other videos on my channel! Feel free to contact me for information or questions regarding the kit at: Ryan28az@gmail.com
Overhang and Stringing Test!
มุมมอง 4253 หลายเดือนก่อน
A bit stringing (needs more retraction) but otherwise not too bad. Pressure advance would help with the smaller features. I need to do more research into pressure advance implementations that don't throttle the stock motherboard!
Ryan Sauer - Pivotal Printing
มุมมอง 613 หลายเดือนก่อน
CGCC Entrepreneurial Competition Pivotal Printing - Empire 3D printer Kit Ryan Sauer - Ryan28az@gmail.com More information here: th-cam.com/video/aLqrIfK2BaI/w-d-xo.html
Empire CoreXY 3D Printer Upgrade!
มุมมอง 1K3 หลายเดือนก่อน
My name is Ryan Sauer and I designed a Creality Clone CoreXY 3D printer upgrade. It prints upside down and has quite a few fun quirks to it! Take a look and check it out! If you are interested in having one of these kits please like the video or comment so that I can judge demand and plan accordingly! Link to the College Innovation Competition: th-cam.com/video/U2NTe09f8SI/w-d-xo.html Please ex...
i still wonder about a bed slinger but with X and Y movements combined with a XY core, putting the motors in paralel, it should be possible to get twice the speed, and and twice the acceleration since both only have to move half as fast to achieve it. or if you want to get the most out of it, let the xy core move as fast as it can , then the the bedslinger speed you can add to the speed moving in the opposite direction. one axis of the bed slinger can have a heavy motor since it is not slinged around the other axis of this bed would be nice if its a smaller motor since it reduces the weight slinged around as well as this motor has less weight to move around.
That is a very creative idea. It would require a bed slinger assembly to be mounted to the z-axis and it would add a second set of frequencies to resonance compensation. You could use a separate main board for the bed slinger part and run two g-codes at the same time. This has been proven possible and working before. You could also have two different resonance compensations running at the same time which would make things much simpler. You sound like a openminded person if you ever want to talk about designs I would be happy to oblige.
I love this idea can’t wait to do it on my ender
Im curious, did you know much about CNC before this? I know your Mill is new to you, but thats super cool that you're getting yourself set up! I also noticed how limited the marlin version is on enders, I got a SOVOL SV06 once upon a time, Marlin on that printer was wayyy better than my ender which was kinda funny because sovol uses alot of ender/Creality parts. Sovols version of marlin ran almost as well as klipper on an ender. If there is anything you need help with that you think I could help out with feel free to hmu bro Id love to help you with whatever I can! and dont stress yourself out at all about rushing or anything. Everyone that is supporting will be here no matter how long you take and I dont think you have to worry too much about anyone runnin off with your idea considering all of the hard work you've stuck into it so far! You got this Coach!
Haha, Thank you for the kind words! I knew nothing about CNC milling before I started this project. I had a general idea of what helps the CNC milling project but I just bought a frame and started from there basically. And yea, your statements about marlin are entirely true. Even in the last year as I have been working on the project i have seen huge improvements in how marlin runs! I should be fine getting everything done as it needs to be. I just get a little caught up in everything when I am hard at work, haha. Thank you again for the motivation!
youre a genius bro!
Thank you!
What is the difference in this approach than the bed flipped other way around? I guess I am trying to better understand the problem this solves or how it improves on the more traditional approach. Cool stuff.
Building the printer in this manner reduces the amount of aluminum extrusion required for a corexy conversion; but more importantly, reduces the size of vibration caused by fast movements. Its the same concept as pushing on a dresser from the bottom instead of the top. Pushing on the bottom far increases the amount of force required to disturb the dressers balance. This can be seen in quieter and more steady movements under speed. Thanks for asking questions as I know it can be quite confusing of an operation to people when I first introduce it to them.
Video is having trouble uploading, It is going to need a few more minutes to finish. Sorry to those waiting on the premiere! I probably will not be premiering videos in the future. Seemed like a good idea, was less impressive in practice.
that benchy looks NICE
Thank you!
Why is it inverted?
keeps the moving mass low, less frame shake. also better heating if you slice with a shroud.
Epic dude! Congrats on winning 3rd place! :D Well deserved!
Thanks a ton!
I found this while questioning why I havent seen many conversions from bedslinger to corexy by flipping the machine over and swapping x with z. I dig your simplistic approach!
Why thank you!
Amazing. Do you think really large and heavy prints would be at risk of popping off the bed due to their own weight? Technically gravity usually helps bed adhesion but here you've got it the other way around lol
I was printing a large bat (the animal) today as a joke since it would appear right side up on the upside down bed. The nozzle crashed into a high spot (caused by not enough supports) and the legs of the bat snapped in half before the perch delaminated. Granted, the legs were maybe 5mm thick; however, I have not had any bed adhesion issues thus far. I think the best way to think about it is that gravity just doesn't amount to even a tenth the internal forces in the plastic. You are infinitely more likely for warping to delaminate a print than gravity.
Congrats mate! Awesome to see this get the traction it deserves!
Great build!! Subscribed!!
15 minutes is crazy!! 🙌🏼
Really clever! Subscribed!
a bltouch probe that would work upside down is the biqu microprobe as it does't have the exact same internals as a bltouch
I'll have to check it out!
No. A clicky probe should work just fine
subscriber number 9! love the build!!
Thanks man!
Looks really cool
Thank you!
Nice work, I'd like to see an overhang test when you got the time, just curious :)
I'll get on it right away!
Here is the link to the stringing test video: th-cam.com/video/lg5Tcohb1d4/w-d-xo.html
Awesome printer :D
I like this!
Looks great, excellent work
I dont know why comments were turned off for a bit! Sorry about that!