Bambu Lab Build Plate Magazines (new BQ versions)

I've been storing my bed sheets on open racks for years now.
 

Since I personally work with many engineering materials that often only print well in conjunction with adhesives, I'm fed up with having to clean my beds far more often than necessary, simply because they always get dusty while I'm not using them.

For my personal use, this project started with the H2 version of these build plate magazines. 

Later, I decided to design a version for my old X1C as well.

I liked the result so much that I wanted to share it with the A1 Mini community!

Boost MeIf you like what you see, you may wanna stick around and follow me :)  
Your likes, shares an boosts are always much appreciated. I promise to keep posting large projects in return <3

Therefore, I created the entire range of versions. Each of them can hold up to eight print sheets. 

 The tension locks are exactly the same in all three versions. However, I decided to upload them as a separate profile, rather than with the individual versions. This way, if I ever want to change something, it's much easier for me, since I don't have to change multiple profiles at once.

The H2 version is somewhat special in that it's compatible with both H2S/D and H2C print beds. 

Even plates like the Cutting Mat or the Vision Encoder fit thanks to these TPU combs. I've created every possible variation of these combs and packaged them into a single print profile for you. This allows everyone to customize the H2 version to their individual needs. 

 

This feature isn't necessary for the versions for A/P/X or A1 Mini printers, as the plates are always the same for those models.

Disclaimer: All three versions of the main print profiles are precisely cut to fit original Bambu Lab printing plates. 
 Other printing plate brands sometimes have greater depth dimensions. 
UPDATE February 7th 2026:
Today I added two new profiles containing taller lid versions for the A/P/X and A1 Mini versions of these print plate magazines.

These allow you to load plates with an overall depth up to 10mm/14mm (APX/A1 Mini) greater than Bambu Lab original plates.

This also allows you to store plates like the BQ Frostbite and Glacier plates.

All other parts can be printed from the corresponding main print profile.
 

I accept no responsibility if you haven't read carefully and printed the standard version of the lid and your aftermarket plates do not fit.

According to other users on MakerWorld, the H2 version doesn't require a modified lid. I've received confirmation from several sources that the footprint of the Glacier and Frostbite plates is not larger in the Y dimension.

However, I haven't been able to test this myself, so please compare it with the following dimensions beforehand:

Maximum Plate Depth measurements (Standard Version): 
 

H2 Version: 350mm

APX Version: 278mm

A1 Mini Version: 198mm

Maximum Plate Depth measurements (with higher Lid): 
 

APX Version: 288mm

A1 Mini Version: 212mm

Unfortunately, it's not easy to find the overall dimensions of printing plates online (including the gripping strips and the locking areas at the back). I'm generally open to designing modified versions of the individual magazine covers to make the system compatible with other plate manufacturers. Feel free to contact me with specific dimensions. As soon as I've gathered enough information, I'll definitely have something planned for you!

 

UPDATE April 8th 2026:
Way overengineered holders have been published here xD  https://makerworld.com/de/models/2634727-mim-buildplate-magazines-holders-multimaterial#profileId-2910035 …..simplified version is following if there is any demand.

Printed from a combination of PETG HF and TPU 95A 

 

 

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###HARDWARE###
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Each version uses the exact same hardware bits! 

 2 Pcs M3x30mm Buttonhead Screw / Maker Supply AA063

2 Pcs M3 Heat Set Insert, max. 6mm high / Maker Supply AB012

 

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###PRINTING###
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The magazine housings are printed in my profiles with a 20mm brim and no object spacing.

For the H2 version, I chose ABS GF because it's light enough that the entire housing print can be completed with a single spool. 

Of course, you can also print the H2 version in PLA if you prefer. However, be prepared for it to require more than a kilogram of material!

I also scaled this version to 100.5% in the slicer to compensate for the shrinkage of the ABS. If you're printing with, for example, PLA or PETG, you should reset the scaling in the slicer!

 

I printed the two smaller versions from PLA.

Generally, I rotated the infill orientation of the larger parts by 45 degrees, since the parts also rest at this angle on the print bed.
(same goes for the H2 Version)

 

I actually printed the tension locks from PLA for testing purposes, but I was convinced that they were strong enough.
Of course, you can also print them from other, more robust materials.

Update February 7th 2026: I added a second a print profile to print these parts from PAHT-CF 
Please dry this material thoroughly before attempting this print. I increased the tolerances of the part itself for this profile. 

These parts are printed in place with a few tree supports. they need to be “cracked loose” after printing. 
 

 

For the TPU combs for the H2 Version, i used TPU 95A.
In case you're wondering why: the magazine's function is actually related to the softness of the TPU.

I chose a flexible filament to make installation easier. I didn't want to use any glue, additional screws, or clips that would inevitably break.
 

 

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###ASSEMBLY###
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Not much to do here honestly :D 

Use a soldering iron to press in two M3 heat set inserts in these spots on both ends of the magazine: 

The screw is then inserted from the other side and fastened with a 2mm hex key

If you own both an H2S/D and an H2C, or one of the laser versions of these devices, you'll be dealing with H2 plates in different sizes.

This is where the TPU combs come in. Count how many plates you have, and how many wide and narrow slots you need for them.

These simple parts are inserted in the corresponding pockets. 
Start on the outside first, then bend in the most outer parts of the comb on the other side to “flex it into place” :) 

Of course, you can also leave these parts out, but then the smaller plates can slide back and forth by about 20mm.

 

I hope you like the project guys! 
If you're here for the first time and like what you see, you may wanna look into my model uploads, 
there is a bunch of extensive projects to find in here :D 

 

Have fun printing! 

Kind regards, M.I.M