YiBOX - Rotary Filament Holder - Filament Storage Ferris Wheel - Free 3D Print Model

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YiBox

Tools>Organizers

IP Report

Print Profile(4)

All

P1S

H2D

H2S

H2C

X1E

P2S

X1 Carbon

H2D Pro

P1P

X2D

A2L

Bracket-A-P-H Universal

Designer

3.6 h

1 plate

5.0(14)

Main Bracket and Swivel Frame A-P Series

Designer

13.5 h

4 plates

4.9(12)

Tray - A-P-H Universal Version

Designer

7.8 h

1 plate

5.0(5)

Main Frame and Swivel Frame H Series

Designer

13.2 h

2 plates

5.0(1)

Open in Bambu Studio

Boost

1673

4285

681

200

Released

Description

Content has been automatically translated.

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This is a rotating filament rack for centralized storage and easy access

This storage rack resembles a Ferris wheel structure, consisting of two A-frame stands and two rotating triple cantilevers that drive three trays. Each tray can hold three filament spools, for a total capacity of 9 spools

Update record

Configuration 3 Universal Tray Version 1.1: Fixed the hole error on Beam 2

The main hanger integrates a 6004 bearing and a ratchet, which, combined with the pawl on the cantilever, allows it to rotate only counter-clockwise

The two main hangers are connected by a hexagonal shaft, allowing them to rotate synchronously. They are secured to the main stand's bearings with M4 screws, ensuring the entire crossbeam can easily bear 12KG of filament weight

The tray consists of side panels and crossbeams, all flat-printed to ensure fundamental structural strength. Connected by M3-12 screws, each tray can hold 3 new filament spools with almost no deformation

The trays are secured in the main rotating frame's 608 bearings with M3-15 screws. Metal 608 bearings are recommended over printed versions for smoother operation, ensuring they remain vertically downward at all times

Therefore, the hanger has a clockwise limit, so it is necessary to try and keep the weight of the three trays balanced to prevent rapid rotational descent due to gravity

(This is also why it needs to rotate counter-clockwise. The heaviest tray, once rotated to the highest position, will cause the entire hanger to rotate forward. At this point, you can hold it with your hand to let it descend to the bottom, or rotate it to the back)

To enhance the versatility of this rack, a tray box version has been specially developed. Besides storing filament, it can also store other items, such as tools or other miscellaneous items

Print profiles

Configuration 1: Main stand disassembled version: Suitable for models the size of A1\P1\P2 (Recommended filament PETG)

Configuration 2: Main stand PIP version: Suitable for H series models (Recommended filament PETG)

Configuration 3: Universal tray version (Recommended filament PETG)

Configuration 4: Universal tray box version (Due to the relatively extreme overhang angle design, PLA is recommended)

Choose the main stand configuration according to your printer model. Choose trays and tray boxes according to your needs, a total of three are needed, you can select them individually or mix and match

Hardware configuration

Main frame

608 bearings 6, M4-20 or longer self-tapping screws 2, M3-12 screws 8, M3-15 screws 6

Single tray: M3-12 screws * 6

Tray boxes do not require hardware

Comment & Rating (64)

@GPlenty88

Print Profile

Main Bracket and Swivel Frame A-P Series

A fantastic design and a great way to store lots of spools in a confined space 👍 I planned on using 4 x of these under a desk. All parts printed well and fairly fast, with the exception of the printed bearings on the main stand, these came out a little rough, but still usable. I'd suggest adding a modifier to that specific area and reduce the speeds, this way the overall speed for the main body won't be affected. During assembly of the baskets, the material thickness around the screw pilot holes was far too thin, there are grooves added to the design and therefore most lateral support rails split along these grooves when screwing the ends together on. I had to glue every end as well as using the screws. In this instance, if possible I'd suggest removing the grooves altogether. After assembling the project everything freely spins and the ratchet system works very well 👍 It is surprisingly very loud but probably not an issue for most people. - see reply for more details -

(Edited)

The profile uploader has replied

@GPlenty88

- continued - Filiment spools fit nice and neat, and if you plan on using this project for unpacked spool, you will be fine. HOWEVER, I vacuum pack my spools like many others do, and this product absolutly does not work at all with vacuum packed spools 🙁. Because of close passing moving parts the bags get very caught up and are easily tipped off the baskets, the sudden shift in weight causes the wheel to dramatically swing, throwing the next tier of spools off, this is then repeated a third time unless you are lucky enough to catch 9 spools. Unfortunately after almost 14 hours of intermittent printing and over 1kg used, because of the need to vacuum pack my spools, this project is not suitable for my use. I was really hoping to love this project, and I add my comments as constructive feedback and not negative. Genuinely with a few modifications as mentioned above, and for use with unpacked spool, this is a great filament storage option that I'm sure others will love 👍

(Edited)

@YiBOX2025

Replying to @GPlenty88 :

Thank you for your comment, the slots on the beams are intentional to improve the shelf's resistance to bending deformation, similar to the structure of H-beams and L-beams, and cannot be completely removed, but there are indeed cases of cracking at both ends when tightening screws. I can try to strengthen the area around the screw holes at both ends.

(Edited)

Show original

@YiBOX2025

Replying to @GPlenty88 :

Regarding filaments after vacuum sealing, I have also tried placing them. However, because the vacuum bags have very irregular shapes, it is difficult to place them within limited dimensions. I may develop a super compact round sealing box later to accommodate storage on such racks

(Edited)

Show original

@Ankl3B1t3r

Boosted

Print Profile

Bracket-A-P-H Universal

Printed very well. I did have to use a countersink bit on the end caps as the machine screws I had the heads where rubbing the base.

@cag196692

looks awesome! debating on making this and I think you sold me! how’s it performed over the last day or two since you finished it?

(Edited)

@Ankl3B1t3r

Boosted

Print Profile

Main Bracket and Swivel Frame A-P Series

Came out very nice! I did have some minor issues with screw alignment on the base, but with some finesse I got it together fine.

@XxLuckyyxX

Boosted

Print Profile

Tray - A-P-H Universal Version

Thank you for the print!! Very nice design!

@XxLuckyyxX

Boosted

Print Profile

Main Bracket and Swivel Frame A-P Series

very nice design! Thank you for the print!

@user_2630577515

super awarding! 🎡 thank you!

@Symmesera

This model looks great! I was wondering what the finished dimensions are: I want to print this for a shelf that I have but I want to make sure it will fit on the shelf before proceeding. Thanks in advance!

@user_648699264

also wondering this

@GPlenty88

I just finished assembling this today, dims below including a spool so you know the minimum space needed. H 480mm W 290 D 450

@Osborne31

Print Profile

Bracket-A-P-H Universal

(Edited)

@froggything11

nice chaotic desk setup u got back there

@user_2888346541

Print Profile

Bracket-A-P-H Universal

@user_400430510

now you need a motorized one

@user_221783551

😂call it a print a wheel

License

This user content 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.

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YiBOX - Rotary Filament Holder - Filament Storage Ferris Wheel

Print Profile(4)

Description

This is a rotating filament rack for centralized storage and easy access

This storage rack resembles a Ferris wheel structure, consisting of two A-frame stands and two rotating triple cantilevers that drive three trays. Each tray can hold three filament spools, for a total capacity of 9 spools

The main hanger integrates a 6004 bearing and a ratchet, which, combined with the pawl on the cantilever, allows it to rotate only counter-clockwise

The two main hangers are connected by a hexagonal shaft, allowing them to rotate synchronously. They are secured to the main stand's bearings with M4 screws, ensuring the entire crossbeam can easily bear 12KG of filament weight

The tray consists of side panels and crossbeams, all flat-printed to ensure fundamental structural strength. Connected by M3-12 screws, each tray can hold 3 new filament spools with almost no deformation

Therefore, the hanger has a clockwise limit, so it is necessary to try and keep the weight of the three trays balanced to prevent rapid rotational descent due to gravity

(This is also why it needs to rotate counter-clockwise. The heaviest tray, once rotated to the highest position, will cause the entire hanger to rotate forward. At this point, you can hold it with your hand to let it descend to the bottom, or rotate it to the back)

To enhance the versatility of this rack, a tray box version has been specially developed. Besides storing filament, it can also store other items, such as tools or other miscellaneous items

Print profiles

Configuration 1: Main stand disassembled version: Suitable for models the size of A1\P1\P2 (Recommended filament PETG)

Configuration 2: Main stand PIP version: Suitable for H series models (Recommended filament PETG)

Configuration 3: Universal tray version (Recommended filament PETG)

Configuration 4: Universal tray box version (Due to the relatively extreme overhang angle design, PLA is recommended)

Hardware configuration

Main frame

608 bearings *6, M4-20 or longer self-tapping screws *2, M3-12 screws *8, M3-15 screws *6

Single tray: M3-12 screws * 6

Tray boxes do not require hardware

Comment & Rating (64)

License

Related Models

608 bearings 6, M4-20 or longer self-tapping screws 2, M3-12 screws 8, M3-15 screws 6