infiniti flow common rack mount with bypass pulley.step

infiniti flow common rack mount.step

infinti flow s1 tripod stand.step

1, 3 & 5 kg metal shelf and rack mounted spool holder vertical above head assembly

MULTI SPOOL HOLDER.step

Horizontal filament guide for Bambu labs printer

filament guide horizontal EXTENDED.step

half inch bearing installer.step

Bambu Labs x1 Carbon Filament direction changer pulley

Neatly guide the filament into the printer to increase the dependability of the machine. the only outside hardware required is the standard roller skate 608 bearing with whatever suffix of your choosing, some super glue to secure the pulley around the bearing once inserted and a longer bowden tube (needs to be about 2 inches longer than stock. This has been designed for PETG, A nice slippery material. I recommend darker colors as bright PETG doesn't take as well to cyanoacrylate (super) glue. I imagine a bearing really isn't needed, you could make your own pulley for the spindle, but i like to over engineer things. For Print setting I recommend top and bottom at 1.4 mm (7 layers) , side walls at 5 layers and 15% or more gyroid infill. this device is strong enough to pick up a full spool of filament, in the drier and pull the bowden tube into the pulley without noticing.  When installing the device the screws only need be snug plus. The bowden Tube only need stick out of the end of its place of security about an inch or less. the filament is always going to wobble around a bit to it's good the tube stick out enough to flexible. the filament extender should be away enough from the printer so the tube gracefully curves, you'll know it's graceful if you can push the filament smoothly into the printer. 

Bambu Lab Filament pulley for carbon x1

Change the direction of the filament to guide it into the machine in a gentle way, placing the spool it a better orientation.

Recommended Material and settings:

PETG – dark color
Bottom and top layer 1.4mm 7 layers
5 layer wall thickness
Gryoid infill at least 15%
Plate: textured PEI plate with glue only on the parts for the calibration extrusions. No brim required.
Order of inner wall/ outer wall/ infill: infill, outside, inside or outside, infill, inside (i’ve switch to the former for most prints but I think I did particular machine with the later, I made this a few months ago and don’t remember, good luck)

Hardware Required
608 sized bearing
Super (cyanoacrylate) glue
1 Meter Bowden Tube

Assembly:
Press bearing into pulley, the glue flange over bearing – dark PETG colors glue better than light colors
Put assembled bearing onto spindle, place bracket over spindle and bracket locator, screw short screw into bracket locator – snug plus tightness is good enough

Insert new bowden tube into printer, the new tube only needs to be and inch or two longer, I recommend cutting it after you have the assembly somewhat located.

place assembly over filament spool holder, insert bowden tube into assembly, sticking out about an inch past it’s place of securing towards the pulley. Enough that the tube can flex a bit as the filament will move around a bit. 

Ensure the bowden tube is graceful in its curving into the machine (to test you can push filament through the tube to test it’s ease of insertion), once satisfied place the threaded block on the underside of the machine and the longer screw through the assembly into the block. Tighten snug plus.

If you don’t know how to use the device at this point you should now have profound feelings of everlasting shame and may whatever deity you worship have mercy upon your wretched soul. 


Other notes:

The bracket is strong enough to pull the bowden tube tight, pick up a full spool of tangled filament, the dry box it is in,  and all your frustrations at a failed print (I wouldn’t know, that’s just what a friend told me) without noticing. 

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