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A1 Hula Hoop Frame with Plate Holder for 3 Plates

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Print Profile(1)

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P1S
H2D
X1
P1P
X1 Carbon
A1
X1E
H2D Pro
H2S
P2S
H2C
X2D
A2L

0.2mm layer, 3 walls, 25% infill
0.2mm layer, 3 walls, 25% infill
Designer
14.8 h
4 plates
4.8(5)

Open in Bambu Studio
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Bill of Materials

Maker's Supply Kits and Parts
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M3x12 SHCS Machine Screw (20PCS) - AA038
Bambu Filaments
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Black (10101) / Refill / 1kg
Bambu Green (10501) / Refill / 1kg

Description

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Greetings, fellow 3D printing enthusiasts!

Today I wish to address a challenge I’ve overcome: mitigating vibration in A1 printers. I own two P1S printers, equipped with Hula feet and a custom-designed frame (spoiler alert! :-)

 

 (https://makerworld.com/en/models/539757#profileId-457115)

 

And I must say, I am exceptionally pleased with the feet—their efficacy is undeniable!

I have five printers arranged contiguously (two P1S and three A1), and since implementing these feet, print quality has markedly improved!

However, a significant hurdle exists for A1 users: A1 feet are currently in beta, and their mounting mechanisms are not yet fully optimized. The recommended attachment method is double-sided tape—a solution I found unsatisfactory. Unwilling to forgo the feet yet averse to adhesive solutions, I embarked on a creative endeavor. The result is this model!

I have engineered a frame to which the feet are affixed via screws, and the printer is simply inserted. Given the frame’s identical base profile to the printer, it fits seamlessly. The angled walls facilitate self-alignment and secure positioning—eliminating the need for tape and ensuring stability. And the pièce de résistance: you now have ample space beneath the printer for three build plates, easily slid into place from the side :-)

Witness the results for yourselves!

A special commendation is due to the Hula system designer—truly exceptional work! :)

 

Hello, my 3D printing friends!

Today, I want to address a problem I've been working on: vibration reduction for A1 printers. I own two P1S printers, which I've equipped with Hula feet, as well as a frame I developed myself (Spoiler alert! :))
(https://makerworld.com/en/models/539757#profileId-457115)

And I have to say, I'm really happy with the feet – they do exactly what they’re supposed to!

I have a total of five printers standing side by side (two P1S and three A1), and since I started using the feet, the print quality has significantly improved!

However, there’s a big issue for A1 users: the A1 feet are only available in a beta version, and the mounts are not fully refined yet. The recommendation is to attach the feet with double-sided tape – but that’s not really my thing. I didn’t want to give up on the feet, but I also didn’t want to use tape. So, I sat down at my computer and let my creativity run wild. That’s how this model came to be!

I developed a frame to which the feet are screwed, and the printer is simply placed into the frame. Since the frame has the same lower contour as the printer, it fits perfectly. The angled walls allow the printer to self-position and stay securely in place – without any tape and without worrying about it slipping off the feet. And the best part comes at the end: you now have space under the printer for 3 construction plates that you can slide in from the side :-)

See for yourself!

Also, I want to give a big shout-out to the designer of the Hula system – truly excellent work! :)

 

 

For those possessing Hula feet for the A1: the upper, blue component in the image must be unscrewed!

 

For anyone who already owns the Hula feet for the A1: The upper blue part in the image needs to be unscrewed!

For those yet to acquire the feet and require printing: the necessary components are highlighted! TPU parts must be printed precisely as depicted!

 

For anyone who doesn't have the feet yet and still needs to print them, I've marked the parts you’ll need! The TPU parts must be printed completely as shown in the photo!

The highlighted components on the plate: print 1 and 3! Other plates are unnecessary.

 

Here are the marked parts on the plate: print 1 and 3! You don't need the other plates and don't have to print them!

Regarding external components: The parts listed pertain solely to my frame. Consult the feet’s page for the necessary parts for the feet themselves! The link is provided below for your convenience :-)

 

Now, for the parts you need that don't come from the printer: The parts I’ve listed here are only for my frame! For all the parts you need for the feet, please check the feet’s page! I’ll link the feet below so you don’t have to search for them. :-)

 

M3x12 cylinder head screws, 8 pieces (available at Maker Lab Store, other items unfortunately not!!!)

Cylinder head screws M3x12  8 pieces

 

M4x12 countersunk screws, 8 pieces

countersunk screws  M4x12  8 pieces

 

M4x16 countersunk screws, 4 pieces

countersunk screws  M4x16  4 pieces

 

M4 nuts, 12 pieces

Nuts M4  12 pieces

 

 

Enough discussion, let’s commence assembly! :-)

 

Enough talk, now let's start assembling! :-)

 

 

Insert connectors at all four positions, secure with M4 nuts and M4x12 countersunk screws!!

 

Insert the connectors at all 4 positions, and fasten with the M4 nuts and countersunk screws M4x12!!

Next, affix bolts with adhesive and join the two halves!!

 

In the next step, glue the bolts in place and connect the two halves!

Attach the plate holder to the frame using M4 nuts and M4x16 countersunk screws!!

 

Now, attach the plate holder to the frame using the M4 nuts and the M4x16 countersunk screws!!

Affix the logo using adhesive!

 

Now you can attach the logo with some glue!

Finally, secure the Hula feet to the frame using M3x12 cylinder head screws!

 

And finally, screw the Hula feet onto the frame using the M3x12 cylinder head screws!

 

 

And there you have it, friends! A splendid project completed. You’ll be astonished by the printer’s newfound quiet operation once the feet have settled in! The Hula feet link is below. Find the necessary screws in the Bambu Lab accessories section. As always, feel free to reach out with any questions. A like, subscription, or boost for my work are always welcome! :-)

 

So, my friends, that’s it! You’ve completed a great project, and I promise you, you’ll be amazed at how quietly the printer runs once the feet are broken in! I’ll link the Hula feet below. You can find the screws in the accessories section on Bambu Lab if you want to get them there! As always with my models, if you have any questions, just reach out. I’d really appreciate a like or a subscription – a boost for my work is always welcome too! :-)

 

 

Hula 

https://makerworld.com/en/models/417509?from=search#profileId-502144

 

 

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Comment & Rating (26)

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hello, Is it necessary to print the plate holder? Will it affect the assembly or durability if I skip it?
The designer has replied
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Hello, no, the plate holder isn't strictly necessary Inherited diseases can also be omitted 👍
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Replying to @c.schwan81 :
I'm currently halfway through the print, and I'm curious — was there a noticeable difference in vibration reduction when using the HULA on its own compared to using it with this print?
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Replying to @c.schwan81 :
"I didn't really notice much difference when I used it on its own, so I'm trying it with this print now.
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Print Profile
0.2mm layer, 3 walls, 25% infill
I love it
The profile uploader has replied
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thx 🙏
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Good afternoon, would it be possible to print this on an A1?
The designer has replied
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Yes, of course, the model can be printed on the A1 👍
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Excellent, but when selecting the printer I don't see the A1 model How can I solve this? I am very very new to this
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Thank you, I received your email ☺️
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Print Profile
0.2mm layer, 3 walls, 25% infill
The print failed twice because of the adhesion problems (and yes, the plate was thoroughly cleaned and have not had any problems with other models) so it might be a good idea to add brims to the frame where the slots for junction reinforcements (the 4 sticks with holes) are - could not do it myself as I do not have a computer ATM. Also, the supports were very difficult to remove, only managed to do it with a locking hemostat.
The profile uploader has replied
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Hello, I am sorry to hear you had problems with the model Other users did not experience these issues, and neither did I Sometimes, many interrelated factors can cause a print not to turn out as it should I regret that you encountered problems, and I will monitor what other users write and react and intervene if necessary Thank you very much for the feedback 👍 Best regards CS.Ideenschmiede
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No problem and as I said, the solution is probably brims but couldn't add them myself Otherwise, the frames are 👍🏻 and I think the idea is great
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I love the design and look forward to printing this once my M4 screws arrive. I have a question though. Is the A1 the same height off the table with this stand as it is with the HULA fee by themselves? I am trying to figure out if my poop bin will still be tall enough or if it will require modification.
The designer has replied
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Hello, I am delighted that you like the model 🙏The TBU feet under the Hula system will be removed and replaced by the frame The frame is approximately 2 mm higher than the TBU feet, so you do not need to rebuild your container The system is then screwed to the tabletop to prevent it from slipping on the table Regards CS Ideenschmiede
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Replying to @c.schwan81 :
Many thanks
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can you make it for A1 mini?
The designer has replied
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Hello in principle it would be possible but unfortunately I do not own an A1 Mini and therefore cannot design the model 🙈🙊
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Hi! I have question about the plate storage connection. Hula feet are designed to reduce vibration feedback from the table, right? But you connect a massive object (plate storage) to the printer base which defeat the original purpose. Shouldn't it be connected to feet base or feet should stand on this storage?
The designer has replied
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Hello, the printer is mounted in a frame, so the feet rest on the bearings and the entire printer is then spring-mounted via the bearings 👍
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Print Profile
0.2mm layer, 3 walls, 25% infill
A truly excellent and refined print profile
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Print Profile
0.2mm layer, 3 walls, 25% infill
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Print Profile
0.2mm layer, 3 walls, 25% infill
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License

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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.