Filament Spool Switcher for Bambulab AMS and AMS Lite

Remixed by

Filament Spool Switcher for Bambulab AMS and AMS Lite

Remixed by
Boost
626
1181
217

Print Profile(2)

All
X1 Carbon
P1S
P1P
X1
X1E
A1

0.16mm layer, 3 walls, 15% infill
0.16mm layer, 3 walls, 15% infill
Designer
25.6 h
3 plates
4.6(181)

0.16mm layer, 3 walls, 15% infill
0.16mm layer, 3 walls, 15% infill
25.6 h
3 plates
5.0(3)

Open in Bambu Studio
Boost
626
1181
217
183
3.1 k
2.1 k
Released

Description

 

Completely automated filament winding system designed for Bambu Lab's P1, X1, X1C, or X1CC 3D Printer.

Explore the videos located below to witness its functionality firsthand. Stay informed about any updates related to this model by checking out the latest news.

 

Always ensure bed leveling and flow calibration, especially for gears and axles when using this model! Calibration for Bambu Lab P1 is essential, particularly regarding linear advance.

I've uploaded some print suggestions in *.3mf format. Included are 5 print plates for Bambu Lab / Bambu Studio, with a PEI plate at the end of the list. Note: this is not a cold plate, so exercise caution.

 

Upon repeated testing, I encountered the same issue: the 45 mm axle (the driven one) broke! Using 3 walls and 25% infill isn't sufficient.

If you haven't printed it yet or experienced a breakage, please print it with:

  • 0.16mm Optimal @BBL profile
  • 5 or more wall loops
  • 100% infill (sparse infill density)
  • Rectilinear (sparse infill pattern - set automatically)
  • speed outer wall (slow as possible for more accuracy) e.g. max 60 mm/s
  • support (yes) normal (auto)


If the stronger printer settings for Axis 45mm are not enough, the you can also print the “Heavy Load” version (see folder “Heavy Load Parts”)

Centering discs:
If you need a special size, you can decrease or increase the next size in the slicer program.
E.g. if you need 51.5 mm, then you can take the 50 mm disc and scale up accordingly before printing.
(51.5 / 50 = 1.03, i.e. print 3% larger)


Reference print settings for:

  • Winder Spool Holder Main Body
  • Donor Spool Holder Frame
  • Winder and Donor Right Hand Spool Axle Nut
  • Donor Spool Holder Axle without Gear
  • all Spooler Centering Discs (50/55/60/65 mm)

Settings:

  • 0.20mm Standard @BBL X1C Profile
    +custom settings:
  • Wall loops: 3
  • Outer wall: 60 mm/s
  • Infill 25 %
  • if you need support, don't do it at the vertical ball bearing openings
    support can be used under the filament carriage holder and under the lower ball bearing for the filament sled. (paint it manually)

Print settings for:

  • all Gears
  • all shafts / axis (except the driven one 45 mm, see above)
  • handle or drill adapter parts
  • all washers
  • and all Filament Guide parts

Settings:

  • 0.16mm Optimal @BBL X1C
  • Wall loops: 3
  • Outer wall: 60 mm/s
  • Infill 25 %
  • no support needed, except:
    all axis with hexagon

please print all parts (gears, axis) horizontally, except:

  • Winder Right Hand Spool Axle with Gear 25 teeth or the Heavy Load version
  • Winder and Donor Right Hand Spool Axle Nut
  • Gear Worm
  • Rotary handle - twist grip - axis
  • Rotary handle - twist grip - knob
  • Donor Spool Holder Axle without Gear

Multiple Prints:

  • all centering disc's 2x per spool
  • 4 x Washer 3.0 x 8.5 mm
  • 2 x Gear with 50 teeths

Additions parts:

  • 7 x 608 bearing
  • 12-15 cm PTFE tube
  • 4 x M3 hexagon socket screw (optional, you can also glue the filament guide & sled)

Have Fun!

 

 

The model is available for free download and use.
If you still want to invite me for a coffee for my effort, troubles and time (I ran out of filaments a couple of times), you can do it via:

https://paypal.me/mikloskiszely

 

Comment & Rating (217)

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It's done, not bad. The hexagon and cylinder are really hard to print.
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3
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Hi the creator hasn't replied to me and I've printed all the pieces and I just don't know how to put together could you explain and I see you
1
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Print Profile
0.16mm layer, 3 walls, 15% infill
The device is superb. But one or two parts should be printed from ABS or ASA. On the whole. Simply super.
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1
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which parts should be printed in ABA/ASA?
(Edited)
4
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Thank you so much for sharing! I hesitated for a moment about 3D printing 608 bearings in PLA/TPU, but ultimately the result is better with real ball bearings I printed the axles with 100% infill Thanks to you, I saved my first spool of PLA which had knots and that deserves a boost ;-)
(Edited)
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1
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Print Profile
0.16mm layer, 3 walls, 15% infill
Printed perfectly, I followed the updated advice and had no issues. I did try and hook it up to my drill and went full speed and the PLA melted and fused the spindle and the base together, note to self don't be a hero, take your time.
1
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Print Profile
0.16mm layer, 3 walls, 15% infill
great print works really well
1
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Print Profile
0.16mm layer, 3 walls, 15% infill
Verry cool Model
1
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Print Profile
0.16mm layer, 3 walls, 15% infill
Had some issues with Bambu PETG, but that is not the models fault. Creality PETG with the generic profile printed well. just need to assemble
1
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Print Profile
0.16mm layer, 3 walls, 15% infill
I needed to add support for the axles (on the hex shape) to get perfect results.
1
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Thank you!!
0
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Print Profile
0.16mm layer, 3 walls, 15% infill
lovely model and very practical too. PLA 100% infill
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