Revo Voron Toolhead for E3NG beta

I didn't realize there wasn't a mount for the Revo Voron heatsink in the E3NG toolhead files. I made a remix so I could keep a consistent nozzle ecosystem across my printers and to practice lofting in Fusion. This is a tight fit with very low tolerances and requires some tricky maneuvering to get the heatsink into the toolhead. So far I haven't had any issues with cooling the hotend. However, I have not tested the duct design extensively and don't know if it is prone to deforming over time or at higher temperatures than I've experienced printing PLA in an open-air setting. All the extruders supported by the E3NG beta files are able to be used with this model, without any known additional modification. Should you have an unsupported extruder, give me the mount spacing or a CAD file and I'll accommodate it the best I can. To install the heatsink: Complete the heat insert prep outlined in the E3NG build manual and as appropriate for your extruder. Rotate the heatink 90° clockwise or counter-clockwise so that the flat sides face the sides of the toolhead. Hook the TOP OF THE BOTTOM FIN over the edge of the hole in the bottom of the toolhead's duct, then swing the top of the heatsink forward. 📷 Image redacted — claim this model to add your own media With a small amount of difficulty, spin the heatsink another 90° in the direction of your choosing. It should lean towards the front, but otherwise be in the correct position. 📷 Image redacted — claim this model to add your own media Lastly, push the top of the heatsink into its recess where it should be captured and aligned with the filament path. You can now attach your Revo Voron with 4 M3x8 bolts, 2 in XCF and 2 in XCH. 📷 Image redacted — claim this model to add your own media Theoretically, there should be ~0.65mm of clearance between the tip of your nozzle and the bottom of the fan ducts. If this is a problem, reach out to me but also check to see if heat from the bed has deformed that region.