OVERTURE Cardboard Spool Adapter

OVERTURE Cardboard Spool Adapter

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Print Profile(3)

All
P1P
P1S
X1
X1 Carbon
X1E
A1

199mm Diameter | Flat | Full AMS Compatibility
199mm Diameter | Flat | Full AMS Compatibility
Designer
18 min
1 plate
5.0(35)

199mm Diameter | Rounded | Read Compatibility Section
199mm Diameter | Rounded | Read Compatibility Section
Designer
20 min
1 plate
4.7(11)

0.6mm nozzle
0.6mm nozzle
16 min
1 plate

Boost
89
153
52
3
294
758
Released

Description

Key Advantages

  • Only 7g of filament per ring.
  • Compatible spool brand name impressed.
  • Rounded contour helps with traction, avoids pullback errors and stabilizes the spool inside the AMS.
  • Rounded contour lowers the chance of damaging plastic storage bags.
  • Flat variant for full AMS compatibility (see tolerance and compatibility section)

Description

This isn't merely a typical cardboard spool adapter. By decreasing its contact area by approximately 50-60% compared to standard adapters, it significantly enhances contact pressure. Consider it akin to winter tires on a car, which generally require higher pressure to minimize their contact area with the ground. Additionally, its rounded edges help stablizing the Spool inside the AMS and minimize the likelihood of damaging plastic vacuum bags. The adapter is not only lightweight, weighing a mere 7 grams of filament, but it is also reusable and easily attaches in the same manner as conventional adapters.

 

This adapter has proven to be a game-changer, eliminating the need for other AMS modifications that claim to address retraction and entanglement issues. Remarkably, I’ve found that spool weights are no longer necessary. However, as with any solution, individual results may vary. Happy printing!

Tolerances

Compared to plastic spools, cardboard spools are more vulnerable to various external factors, such as moisture, temperature fluctuations, and variations in the production process. Consequently, you may encounter slight variations in the fit, which can range from slightly looser to tighter. In extreme cases, the spool adapter may not fit at all. In these scenarios, you can make the necessary adjustments to the model's scale using the Bambu Slicer for both the X and Y axes. Ensure that you uncheck the "uniform scale" option before proceeding. If your spool's diameter exceeds the default setting, consider increasing the scale by 1%. Conversely, if your spool's diameter is smaller, reduce the scale by 1%, and your setup should be ready for use.

Compatibilty

Overture Cardboard Spools tend to be on the larger side of the spectrum. While they can fit without an adapter, when paired with the adapter, they surpass Bambu Labs’ specifications. Consequently, users have a couple of options to address this:

  • AMS Lid Spacer: Utilizing a spacer for the lid can accommodate the larger spools effectively.
  • Custom Backside Rollers: Alternatively, consider implementing custom backside rollers specifically designed to support these larger rolls.
  • For a straightforward solution, leaving the lid open (or at least not locking it) provides ample room for the spool.

For individuals who prefer not to alter their AMS and wish to close the lid, I have incorporated a nearly flat variant that aligns with Bambu Labs’ specifications.

Printing

When it comes to printing, you should produce two adapters for each cardboard spool. It is advisable to steer clear of materials that exhibit low friction, such as Silk-PLA, to ensure optimal performance. Most of the time I use Standard PLA.

Other Filament Brands

This adapter is available for other brand's cardboard spools (Link to Collection):

Comment & Rating (52)

Please fill in your opinion
(0/5000)

Print Profile
199mm Diameter | Flat | Full AMS Compatibility
Phenomenal print, that functions with no issues. This print does exactly what the creator says it does, which is to provide for a solid, hard surface for the friction drives of the AMS to roll the cardboard spools with. Well done!
The designer has replied
1
Reply
Glad you like it. Thank you for providing feedback!
0
Reply
Print Profile
199mm Diameter | Flat | Full AMS Compatibility
Best adapter around for sure. Reusable and durable.
1
Reply
Print Profile
199mm Diameter | Flat | Full AMS Compatibility
fits perfectly on my overture spools!
(Edited)
1
Reply
Print Profile
199mm Diameter | Rounded | Read Compatibility Section
Great thing. Thank you. It helps a lot.
1
Reply
Print Profile
199mm Diameter | Flat | Full AMS Compatibility
Clipped on perfect and rolls smooth in AMS. Does not bump lid either.
0
Reply
Print Profile
199mm Diameter | Rounded | Read Compatibility Section
good fit, maybe slightly too tight, almost bent the cardboard
The designer has replied
1
Reply
Thank you for your feedback and the rating. If its very tight for most of your spools I recommend scaling it up to 100.1% or printing in PETG which makes the installation easier. Another option would be to install the ring straight after printing while it is still warm.
0
Reply
found out today that it scratched the lid of the ams ._. the spool itself is too big unfortunately
0
Reply
Print Profile
199mm Diameter | Rounded | Read Compatibility Section
only Problem is that you can’t close die AMS anymore with Overture PLA+ Roll
The designer has replied
1
Reply
First of all, thank you for your rating. Regarding the AMS lid, I am not sure if this caught you by surprise or if this is just a reminder for others folks as this is clearly stated in the Compatibility section in the description. If closing the lid is important to you, there is the less rounded / flat version of this adapter.
0
Reply
with AMS spacer, you can still close the lid. https://makerworld.com/en/models/33133#profileId-29934
0
Reply
Print Profile
199mm Diameter | Flat | Full AMS Compatibility
199 was perfect for spool
1
Reply
Print Profile
199mm Diameter | Rounded | Read Compatibility Section
Solves those cardboard spool issues in the AMS.
1
Reply
Print Profile
199mm Diameter | Flat | Full AMS Compatibility
works great!
1
Reply

License

This work is licensed under a Standard Digital File License.

You shall not share, sub-license, sell, rent, host, transfer, or distribute in any way the digital or 3D printed versions of this object, nor any other derivative work of this object in its digital or physical format (including - but not limited to - remixes of this object, and hosting on other digital platforms). The objects may not be used without permission in any way whatsoever in which you charge money, or collect fees.