The file 'Micro Swiss Cooler V2 For Ender3v2 3D Printer Model' is (stl,stp) file type, size is 17.9MB.
Ender 3v2 Micro Swiss cooler v2 for BDsensor probe.
IMO, this is a much tidier and more compact cooling solution for the Microswiss hotend unitilizing bigger fans and the contactless BDsensor probe.
NOTE: THIS DESIGN IS NOT SUITABLE FOR A BLTouch.
For more information on the BDsensor goto https://github.com/markniu/Bed_Distance_sensor
There's really good clearance from the printed part to the silicon sock on the heater block and with testing for 30min at 230°C no melting occurred with PLA+. Recommend printing in a higher temp resistant filament like ABS+.
Place parts flatest side down on your slicer of choice. The parts duct outlet, I add supports inside the duct where bridging occurs and they came out easily.
I generally run the hotend fan at 75% and the part fan at 50-75% for PLA.
BOM (please let me know if I have missed anything)
2x 5015mm 24v blower fans - https://www.aliexpress.com/item/1005006193074033.html?spm=a2g0o.cart.0.0.3e9538dahVxrbB&mp=1
1/ m6 x8mm BHSC screw - tap upper rh axel hole to suit m6 thread.
3/ m3 x6mm FHSC screws - fixing back plate to the MS bracket.
2/ m4 x20/25mm BHCS screws - fixing the parts fan.
1/ m4 x20/25mm FHCS screw - fixing the HE fan.
1/m4 nut - fixing the HE fan. Nut is on the front.
2/ m4 brass heat set inserts.
1/ m3 x14/16mm SHCS screw - BDsensor mount fixing
2/ m3 washers - for BDsensor mount (optional)
2/ m3 x20/25 BHCS screw - fixing heatsink cooler to MS mount (possibly use existing screws)
Asortment of zip ties.
Have fun and donate if you think my time was worth it.
Back_Plate.stl | 2.1MB | |
BDsensor_Mount.stl | 327.0KB | |
Duct.stl | 16.3MB | |
Mid_Plate.stl | 1.5MB | |
MS_Hotend_Cooling.stl | 72.8MB | |
MS_Hotend_Cooling_v2.stp | 24.8MB |