Nautilus Mount (RigidBot E3D v6)

thingiverse

I am going to modify the existing parts in my current project to achieve improved functionality. To clamp my setup, I will use two precision-cut M3 screws that are each 25mm long. Originally, I planned on using the same screws to mount my base but opted for larger M3 screws instead – specifically those with a diameter of 16mm - to provide extra stability. My installation plan also involves mounting a 30mm fan, which requires four strategically placed 16mm M3 screws or two plastfast fasteners that came bundled in with my setup. A significant enhancement I made was repositioning the bearing and belt mounts (431286 & 430289). By doing so, the original plate sits lower now, effectively adjusting the positioning for optimal functionality. Also, be sure to note that part 408352 in the picture showcases a properly installed extruder cable strain relief. There are actually two iterations of this project at my disposal - each has its unique specifications and applications. One older iteration, unfortunately, fails to adequately cool one particular fin on an E3D but is suitable with bearing mounts originally included. My more recent update boosts cooling capabilities for the lower fin while demanding I upgrade to 32mm hot-end assemblies and new belt/bearing units, thus calling for two replacements (parts 430288 and 430289). On top of those tweaks, part cool-down functionality involves pairing a large fan that operates with 50mm blowers alongside some specialized airline tubes that require aquarium-specific materials. These, though incredibly efficient at air circulation, have compatibility restrictions, which currently rule out usage for anything except the newer, taller mounting setups, based on dimensions that come to roughly 32 millimeters in height. It bears noting that each version of this design - with one featuring slightly upgraded cooling system compared to an otherwise virtually indistinguishable design - is built atop unique components specifically adapted and engineered. Lastly, be prepared to drill into the opening a bit to refine its edges into perfectly smooth filaments that reach two millimeters at most before making my 3d printing work as intended through necessary modification by requiring print settings tailored to this custom part mount base that necessitates careful tuning, in essence making adjustments during build or else it won't print well at all!