MinV2 Ender 3 fan mount - re-upload

thingiverse

Because Thingiverse is such a fantastic website, the original upload of this design with 100.000+ views and 34.000+ downloads has been deleted on march 21 2020 for reasons unknown to me. It is still visible and available to me, but no one else apparently. This is a re-upload with all the same files and descriptions. The 500+ comments with users helping each other are unavailable until Thingiverse decides invest in their website. --------------------- A fan mount that is very quick and easy to print and directs the air more effectively towards the nozzle. **features** - bltouch mount - EZABL mount - no support needed - 2.5 hours print time - better part cooling - only stock parts ----------------------------- **why design another ender 3 fan mount?** Other available coolers require additional hardware, take a long time to print, need support and require post-processing. I wanted something that was quick and easy to print but still had great cooling performance. I designed my cooler to print in 2.5 hours at 0.2mm layerheight without the need for any support. The cooling performance is great, I achieved 70 degree overhangs without loss in quality with the stock blower fan. -------------------------------- **print instructions** designed for 0.4 mm nozzle, other nozzle sizes will probably not work as intended. The complete mount can be printed in three pieces without any support. No brims needed. Print the duct with wall line count 1 and extra skin wall count 0. This is necessary for the print to complete as intended during desing. I printed in PLA and it's fine temperature-wise. Total print time is aprox. 2.5 hours. ------------------------------------ **installation instructions** -Slightly loosen the hotend and pass the back plate behind it. Re-tighten the hotend. -Bolt the hotend cooler to the frame together with the backplate. -Slide the fan duct on and **gently** click it into place. Do not press from the bottom of the fan duct as that might break it. -optional- install bltouch or induction probe, the offsets are in the images. ------------------------------------ **modding** I included the fusion360 archive so you can easily remix for your particular goals.