Tools and Accessories Box for X1 & P1

Don't start to print this if you don't have the needed magnets… more info bellow

Don't start to print this if you don't have the needed magnets… more info bellow

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A Refreshed Version of the Bambu Lab - Tools and Accessories Box

After the tremendous success of the original Bambu Lab - Tools and Accessories Box, which garnered thousands of downloads and makes, I decided it was time to refresh and enhance this project. This updated version introduces significant improvements across almost every aspect while maintaining the core functionality that made the original so popular.

And here is the new version for comparation and without any accessories or tools.

Storage Capacity

This version of the case allows you to store:

First Half of the Case

• 4 Nozzles
• 1 Pliers (I used this one, it seems commonly available)
• 4 Filament Cutters (Let me know if, like me, you find this works faster with CF filament.)
• 2 Filament Wipers
• 4 Silicone Socks

Second Half of the Case

• 1 Kit of Hexagonal Keys, along with a nozzle unclogging needle in the same compartment.
• 1 Kit: Small Scraper + Spare Blade
• 4 Complete Nozzles, including fan, cables, and silicone sock.

Additional Storage

Both halves of the case feature pockets with lids for storing other accessories, such as lubricants, small bags with screws, and more.

regarding the location of these files

It seems there have been some doubts regarding the location of the lids... There is a reason they are not included in the initial profile. The reason is that I created versions for different nozzle sizes, 0.2 and 0.4 respectively. The possibility of pre-configured switching within the same profile file is not feasible.

I hope this image helps clarify the doubts for some of you. Just click there, and you will have access to the other files. I usually do this in my work, and until now, no one had raised any questions. If you haven't noticed, get ready to spot some Easter eggs in some of my previous works, as this is a feature I use quite frequently.

 

Key Improvements

New Design, more actual

The new version features a more modern aesthetic, though I understand design preferences can vary. The updated look aims to balance form and function while staying true to the original concept.

Enhanced Dimensional and Geometric Precision

The modules now benefit from the advanced dimensional and geometric precision I developed in my most recent project:

UMSS - Universal Modular Storage System

This project builds on its predecessor:

• MMSS - Multi-Modular Storage System

Magnetic Closure System

The closing mechanism has been upgraded to a magnetic system, inspired by my previous projects. This makes the case more user-friendly and provides a reliable, sleek solution compared to the earlier version.

Monobloc Structure

Unlike the original Tools and Accessories Box, this new case features an almost monobloc structure. This design choice addresses structural issues from the earlier version, improving durability and simplifying assembly.

Design Challenges: The Handle

One of the most complex aspects of this update was the handle. My goal was to integrate it seamlessly into the body of the case.

For this version, I redesigned the handle, choosing to keep it attached to the main body rather than making it a detachable piece, as I did in the MMSS case (link here). While a detachable handle might have simplified some aspects, it would have disrupted the clean, cohesive design I envisioned.

The Trade-Off

The main challenge with the handle was the support material required during printing. Adjusting the model’s orientation to reduce support material was partially feasible but would have compromised the areas for the magnets. This trade-off was a deliberate decision to balance design, functionality, and printability.

If I had printed it at a 45º angle, there wouldn’t be any marks, but the resolution of the logo would be compromised. Additionally, the darker surface you see inside, which separates the different zones, would need to be printed separately and later assembled. Printing everything together would require a material change on nearly every layer— and there are many. As I’m against material waste, I decided not to include this option.

 

However, if you think the solution of printing at a 45º angle with the separating surface as a standalone part is worth exploring, I can create that configuration. The grooves for the magnets remain on the main body. However, the pockets for the magnets that keep the case closed should be integrated into the separating surface.

Flexibility Through Modularity

For users seeking more flexibility—whether they find the number of hotend pockets excessive or insufficient—the UMSS and MMSS projects offer an ideal solution. Both systems are fully modular, allowing for personalized configurations to suit a variety of needs.
 

Other Parts

Some of the parts you see here, such as the keys and the scraper, are available as separate models:

• Handles for Bambu Lab X1 and P1 Hexagonal Keys – View model here
• Small Scraper – View model here

Filament Cutters

The filament cutters are blades, and as such, they are securely stored with a slightly tighter fit for safety.

To remove them, use the hexagonal key:

1. Insert the hex key into the metal hole of the filament cutter.
2. Gently lift the piece out.

 

Special versions

Version for more pliers models

Not everyone has the same pliers as in the main model. Although it is quite common, the reality is that there are some variations of it. With that in mind, I made an adjustment to accommodate more plier models. The lid is secured by three magnets, ensuring it won't come off when closed. Nevertheless, you should check the drawing with dimensions bellow before printing.

 

Regarding the tool I use to make this

I’d like to clarify a common question I receive about the tools I use for my projects. This project was modeled using Autodesk’s Fusion CAD software, which I find ideal for creating complex 3D models. 
 The negatives for the parts were also created there, but they were made using a technique that I’ll explain in a few days for those interested, either through a video or a short article. But only after releasing the version for the A1. ;)

Over the years, I have used other CAD applications, but I ultimately chose Fusion 360 due to its flexibility and ease of use. It is also one of the most accessible CAD tools for this type of community, offering free licenses for personal use. Additionally, its mesh modeling tools are some of the bests I’ve worked with.

Other tools are also used to achieve the final result. For example, rendered images are sometimes generated directly in Fusion 360, while others are done using Blender (I dont model in this software, it is not parametric neither it has a timeline. 
It's rare for me to start a project directly in CAD, as it can disrupt my creative flow. For this reason, I prefer to begin with hand sketches, sometimes with great detail, and only afterward do I translate the design into the CAD tool.

I hope this answers one of the frequent questions I receive.

 

Print and assembly instructions

Against my will, I am placing this information on the main page (this one), as the proper location for this information is in the specific section here on Makerworld dedicated solely to printing instructions. However, a member became very upset with me and gave the project the lowest rating because he didn't know the printer would pause for the placement of the magnets. Going even further, he insinuated that I was trying to deceive them when I emphasized that the information had been there from the very beginning. To avoid further confusion and complications, I am now adding this information to this page.

Printing Recommendations

Regarding the printing process, the 3MF profile I created has undergone several tests. Different printing orientations were experimented with to reduce both the quantity and the difficulty of support removal. The figure illustrates one of these options.

That said, feel free to experiment. If you find a better solution that offers improved print quality, please share it with me ;)

I tested printing with support material identical to the piece (in this case, basic PLA), with dedicated support material for PLA, and with PVA (water-soluble). Without a doubt, the latter option proved to be the best. If you haven’t tried PVA yet and have the opportunity to purchase it, I strongly recommend doing so.

PVA can last a long time if you use it solely for the interface layer between the support and the part. Once printed, simply submerge the piece in warm water (below 50°C) and wait a few minutes for the PVA to fully dissolve.

Thus, in my experiments, which were more numerous than I care to admit, I concluded that the configuration offering the best results in terms of material availability and cost is using PETG for the interface layer when the case is printed in PLA, or vice versa.

The results were so good that I decided to offer this configuration as the default.

That said, there are many PLA and PETG variations, and the differences between them can be significant. Test with a small part or use the "cut" tool to section the piece and print a portion of the handle. Observe the results—if they turn out well, you can try printing the entire piece.

 

So, you will find 2 profiles:

1. Normal profile, with normal supports
2. Special profile, with an interface layer set to a PETG material slot on the AMS. Remember, if you are planning to print this case in PETG, and I can say that it looks nice too, then change the material on the “Support/raft interface” to PLA
    

Important Notes

However, there is one thing you absolutely should not do:
Do not use matte PLA for any of the situations mentioned above. This material has a strong tendency to adhere to itself, making the removal of supports extremely difficult—if not impossible in most cases.

 

In this project, it’s critical to calibrate your filament properly, as the dimensional adjustments have very tight tolerances. Without calibration, some parts may not fit as intended.

If you’re unsure, use the cutting tool in Bambu Studio to print a small section of a specific area (e.g., a nozzle). Test if the nozzle fits snugly but without excessive force.

Please note that components like hex keys, nozzles, and others are subject to mechanical stress and may warp over time. Therefore, it’s best to test the fit with new components for accurate results
About the Lids

Regarding the lids found inside, there are two profiles available:

1. 0.2mm Nozzle Profile (Lids 0.2 Nozzle.3mf)
   • This option provides the best results in terms of precision and finish.
2. 0.4mm Regular Nozzle Profile (Lids 0.4 Nozzle.3mf)
   • Suitable for standard nozzles, offering good performance while maintaining convenience.

The magnets on the lids and pockets should be glued. It is possible to cover the one on the case, like the rest of the magnets, but not on the Lid because the way it's printed (vertical)

Material List

(Reference numbers from Bambu Lab are included for convenience, but, of course, feel free to purchase from any supplier that suits your needs.)

• 2x M3 Carbon Steel Hex Nut – (Bambu Lab reference: AB005)
• 2x M3x20 BHCS Machine Screw – (Bambu Lab reference: AA061)
• 12x Cylindrical Magnets (6x3 mm) – (Bambu Lab reference: CA007)
• 28x Cylindrical Magnets (8x2 mm) - (Bambu Lab reference: CA005)
  • In most cases, these will be stacked in pairs. If you prefer, you can use 8x4 mm magnets if available.

Filament Used

These are the combinations I prefer the most:

• Basic PLA - Light Gray
• Basic PLA - Dark Gray

Another excellent combination, which closely resembles the finish of the X1, is:

• Basic PLA - Silver
• Basic PLA - Dark Gray

Magnet Insertion Instructions

The print will pause at specific points to allow for magnet insertion. Ensure that the magnets are inserted with the correct orientation on the lids (both the small internal lids and the main lids of the case). The magnets should be oriented so that they attract each other.
Regarding the pause sequence, that can be very easily seen on bambu studio when the model is sliced. That bar on the right will show some pauses, move the slider up and down to see where the pause is located; the next layer after the pause should close the pocket for that magnet. For example:

 

All the pauses are for magnets on the bottom half:

1. For the bolts of the nozzle wiper
2. Pliers
3. Filament blades
4. Magnets to keep the case closed

Insert the nuts on the hinge

For those not used to assembling mechanical and 3D-printed parts, there are a few tricks you might not know...
If you have a longer screw, it's easier:

1. Align the covers.
2. Insert the screw first.
3. Then, place the nut at the tip of the screw and start threading it, ensuring the nut aligns with the hexagonal socket. Done

If you don’t have a screw with a longer shaft, you can do the following:

1. Thread the screw 2 or 3 turns into the nut (without using the covers).
2. Use the screw to guide the nut into its hole. —if it fits easily, great. Do the same for the other side. The nuts should be guided into position but not fall out. If there's a small burr preventing the nut from entering, you can use a file or, if you don’t have one, a utility knife to remove the burr.
3. Position the covers and then carefully insert the screw into its corresponding hole. Go slowly to avoid dislodging the nut.

Change Log:

• 08/12/2024 - First Release
• 10/12/2024 - Version with a pocket for more plier's models
• 19/01/2025 - I received some reports from members of this community regarding the areas designated for single hotends, specifically that they were loose.
  After investigating the situation, I was unable to replicate the issue. On the contrary, I found that I had a brand-new nozzle that was overly tight. Upon further inspection, I concluded that the aluminum heatsink—one of the areas where the adjustment is made—might be deformed. In such cases, the adjustment may vary between being too loose or too tight. To address the loose fit, I designed a cover that should be placed as shown. This solution does not require any modifications to the case, only a simple print. – Eu can find this 3mf files on the CAD STL files “Top for hotend.3mf”