I posted a remix of Hartk1213's Voron2.4 GE5C Z Joint to Printables and TeamFDM.

The original design from Hartk1213 is great, and I do not feel this is an improvement, just different.  The primary difference is that the bearing is moved up (higher than the MGN9 carriage) and back just a fraction of a mm which would otherwise interfere with the carriage).  Hartk1213's design has the bearing sitting tight against the carriage which helps to retain it fully but limits moving the bearing back towards the carriage (since it sits tight to the carriage).  I could have used the original design and just re-adjusted my AB joints a touch (like a fraction of a mm) and it would be fine as well.

​To make the remix, I used the models from the Voron Github, so I set the center of the GE5C bearing using the CAD model's center of the M5 bolt which attaches the lower belt clip.  Using that position meant the bearing would interfere with the MGN9 carriage, so I raised the bearing just enough to clear the MGN9 carriage.  To both raise the bearing above the carriage and hold it in all directions, I had to split the joint.  The split is designed with a lot of surface area, so it would be possible to use some glue, to better hold it together.  So far I have not glued mine. 

This design is an almost ground up remix, so some dimensions are changed from the original model.  I used the STEP file from the Voron Github to assist with setting up the alignment of the parts.  If interested, please check it out on Printables, and if you like it, please post a make for it there (which helps get me to a first roll of Prusament).

I could not find a decent deal on Amazon for the bearings, but they are less expensive in quantity on AliExpress (and maybe Ebay as well) - UPDATE these are garbage, they have too much play.  If you want to try the IGUS bearings they have them on KB-3D.com (though I have not tried these - but probably will).

Update 5/22/2023: There was some concern about the split joint being too weak when I posted this on Reddit, so I decided to take another stab at this.  The updated design is still split, but the split will be moved towards the top.  Additionally there will be some more surface area, especially around the bearing, which would be a good place to add some glue or solvent weld the halves together.  I have one test joint printed (pictured), and after putting it together without glue, it seems like I may need to pry it apart with a screwdriver to get the bearing out.  I made one minor change to the design (to increase the thickness of the upper part which the screw heads will clamp on), and am printing that now.  I should have the updated design posted later this week.

Update 5/26/2023: The design is done.  I installed them, but found that more than half the bearings I received have a noticeable amount of play (backlash), which is not really acceptable.  I think I have identified four OK bearings from a bag of ten, which I will use for now.  However I ordered some IGUS GE5C bearings, which should be much better quality (but run $5 per bearing) and will swap them out later.  Update - the IGUS Bearings appear to have no noticeable play, so I'm gonna re-print and replace the Z joints so I can use them (I have to re-print them since I glued the joints together).

I feel that the updated design is stronger now, and feels very solid (printed in ABS).  I used some superglue on the joints, and had to cut the bearing out of one of them to salvage it, when I iterated the design.

The updated design can be found at the links below.  If you like the model, please post a make over at Printables, since that will help get me closer to a spool of Prusament:

https://www.printables.com/model/486683-voron24-ge5c-z-joint-remix​

https://www.teamfdm.com/files/file/711-voron24-ge5c-z-joint-remix/

There is some progress on the wire management duct remix (original is credit to  RyanDam's Cable Management Duct).  I still need to test these but the models at least seem to work.  I used the STEP files from the Voron Github to model some custom ducts which are tailored for a 350mm R2.4, however I think that they could work with other sizes, possibly with modifications.  I wanted to keep the AC wires separated from the low voltage stuff, so my solution was to keep all the AC wiring down in the lower left side of the image below.  The ducts which will hold the AC wires will end at the 24V power supply, and there will be a box that will help to manage them as well.  The 5V DC will have a breakout box with two 221-415 WAGO's (one for positive and one for ground), which will be located somewhat centrally to the ductwork in the upper left side.

The most difficult part of this design are the covers, particularly the covers which need to step up and over the DIN rails.  These are hinged so they can print flat, however getting the hinges right is a challenge (the first ones I printed were fused).  I'm not sure if this will be the final design, but it may be close.  If my prints come out OK, I will post this up to Printables.

Update 5/12/2023: The basic design for the hinged covers is working, but I now just need to tweak the fit a bit.  My Ender3 also blew out it's heatbreak which set me back a bit replacing the block, heatbreak and nozzle (and having to reprint a melted air duct for it).

Update 6/2/2023: This project is almost done, I am just printing the parts to confirm everything fits.  Unfortunately my Ender3 is having some random layer shift problem which I need to investigate when I get some time.  Getting the hinged step top cover fitting like I wanted also has taken some time, but it seems good now.  There will be some optional multicolor prints to emboss some text, but it will not be required.  The next update will hopefully have a link to the files and some more pics.

One of the things which triggers a bit of latent OCD with me is wire management.  I have done my share of crap wiring jobs and one thing is common to all of them.  When it comes time to troubleshoot/upgrade/replace something, it's nothing but cursing all around.  I hope I learned a bit from having to rebuild a few projects just to clean up the wiring, so when I started assembling the electronics for my Voron 2.4, I knew I would be in for some problems, I just was not sure what I was gonna do about them.  Fortunately there are great designs in the community which I am using or remixing to fit my printer, and what I'm trying to achieve.  I thought I would make a post to cover some of the things which I am using or plan to use (or am working on) to help with wire management in a Voron printer.

I didn't need to do anything to RyanDam's Cable Management Duct, other than to make it a bit longer.  I'm extending them so I can run two and cover the full sides of my Voron 2.4 350 electronics compartment.  I plan to post these as a remix on Printables soon.

The stock 2020 rail WAGO mounts included in the official Voron files fit the WAGO 221-415 blocks perfectly, so much so that I had to break the first one I printed to remove the precious WAGO's when I iterated the design, and needed them out to test it.  The original Voron design is great, and so I used it as a basis to remix some changes.  The first change I made was to create a 4x415 block (and a 2x415 block).  Then I added some guards and label holders to it.  The guards are there for mains hot and neutral lines, to give them a bit of extra protection from getting bumped.  The label holders are designed to be used with Brother P-Touch 12mm labels.  Since the labels may not stick well to a bumpy printed surface, they will be retained by small frames which will slide over them. 

These are posted on Printables and TeamFDM.

I'm not sure what to call this one, but it really tickles the old OCD gray cells.  I want to ground my DIN rails, which as far as I can tell just sort'a float in the stock Voron.  Technically the DIN rails are connected to the bed rails, so would be grounded to the frame, but it's not as direct a path to ground as just connecting them up to a ground point.  Additionally the ground wire to the SSR would also ground one rail in the stock config (via the required metal DIN mount for the SSR).  The SSR in my kit has correct metal DIN mount, but the SSR case has a note that it should be grounded to the DIN rail (though if it's grounded directly I'd think it would be about the same).  In any case, I'm going for more grounds the better, and so designed some cable routing things to help my ground wires reach the DIN rails, and then route back to a grounding point in as low a profile way as possible (and avoiding the sharp edges was also a goal. 

This is still a work in progress but it's coming along.  The wire guides will mount with VHB tape, and unfortunately will block me from adding a cable duct wherever I locate these, but I plan to just keep them in one area.  I used a star washer to dig into the metal on the DIN rails with a washer over that and finally the crimped on ring terminal, I plan to ground the frame similarly.  Getting the ground screws installed in the DIN rail was a whole 'nother story, which I may write up in the build log, but the short of it is, roll in M4 nuts would be much better suited to hold the DIN rails than the cheap M4 T-nuts included in the FYSETC kit.  I used are some 16AWG wire to ground the rails, which will run back to a grounding point.

Once I get these wire guides finalized, I will post them on Printables.  There will be multiple sizes of straight or 90° guides, but only two basic formats (single and double wires guides).  There is also a double wire "bridge", which will go over one end of the DIN rail and keep the wires off the sharp edges of it as they cross over.  The wires I plan to run over the DIN rail are ground wires, so I don't think it would be an issue.