This is a remix/redesign of the T-slot extrusion covers by MegardStudio that was featured on the Voidstar Labs video of prints for your printer.
After printing out the full plate, I found the pieces were exceptionally difficult to snap into the channels, and the difference between PLA and PETG didn't make things any easier. So I went into Fusion 360 and reverse-engineered the shape and made some tweaks.
My final design fits oh so perfectly into the slots, whether you slide them in one end at a time, or by getting one side seated and snapping the other side into place. They also stay nice and secure without rattling, while still being fairly easy to “peel” out of their tracks. Skeptical? Try printing out the 22mm piece to test it in your rails before going for the full plate. I made the mistake of printing the original design full plate before testing and wasted 3 hours.
Assembly
Black PSU
1x 16mm - Slots in behind the PSU under the power cable 5x 119mm - Slot into the Short extrusion pieces 1x 150mm - Slots into the Long extrusion where the display cables are running 2x 190mm - Slot into the Long extrusions underneath the Y-axis rails (I used an iFixit Spudger to press it into the channel, but anything like a pencil will do the same) 3x 204mm - Slot into the sides of the Long extrusions Silver PSU
1x 22mm - Slots into the shorter section surrounding the T-lock mounting point for the Silver PSU (top of the right, Short extrusion) 1x 62mm - Slots into the longer section surround the T-lock mounting points for the Silver PSU 4x 119mm - Slot into the Short extrusion pieces 1x 150mm - Slots into the Long extrusion where the display cables are running 2x 190mm - Slot into the Long extrusions underneath the Y-axis rails (I used an iFixit Spudger to press it into the channel, but anything like a pencil will do the same) 3x 204mm - Slot into the sides of the Long extrusions
Bonus I debossed the lengths (in mm) into the underside for easy recognition. However, there are versions without the text available if that's your preference. Also, these models are a few layers shorter (only 13 at 0.2mm layer height) and have 0% infill, so they should shave an hour off your print time versus the original.
In addition to the STEP, Fusion, and STL files for each piece, you'll find pre-plated, full sets for your printer, depending on whether you have the Black or Silver PSU.
Also, the provided .gcode files were exported with the Verbose setting ticked so you can throw them at Octolapse without having to re-export ;)