Cardboard Crafting Tools

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Cardboard Crafting Tools

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Print Profile(2)

All
X1 Carbon
P1S
P1P
X1
X1E
A1
A1 mini

PLA 0.2mm layer, 2 walls, 15% infill
PLA 0.2mm layer, 2 walls, 15% infill
Designer
9.9 h
5 plates
4.9(282)

A-1 Mini PLA 0.2mm layer, 2 walls, 15% infill
A-1 Mini PLA 0.2mm layer, 2 walls, 15% infill
Designer
11.4 h
6 plates
4.9(48)

Open in Bambu Studio
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Description

The Holiday Season is upon us and with it comes many cardboard boxes. Turn that Black Friday TV box into a fort with these cardboard crafting tools.

 

Cardboard Knife

This is a kid friendly cardboard knife design that uses the same geometry found in kid safe kitchen knives. If you're an adult however, I would recommend a sharp box cutter.

 

 

Perforator Tool

Use this tool to perforate cardboard for crisp, clean folds.

 

 

Fastener

This tool has a fold-away point in the handle. Use the point to poke a hole where you want to use a screw. Then use the tip to twist a cardboard screw into place.

 

 

Long and Short Cardboard Screws

Use the short screws to fasten 2 layers of cardboard together. Use the long screws for 2+ layers.

 

 

These tools have been stress tested by my children. Initial designs lasted 15 minutes. These designs have yet to break. If you find a weak component, please let me know and I will update the print profile to remedy the failure.

 

All parts shown are printed with PLA. Tolerances of components have not been tested with other materials.

 

 

*** If you are having adhesion problems with the screws read below ***

 

 

I have received a handful of comments from people who have not had success printing the screws. If several people have voiced their frustrations about this issue, it means that many, many more are experiencing the same thing. I have printed multiple plates of 100 screws without a single adhesion issue. However, because many have found issues with printing 100 screws on a single plate, I have changed the print profile to 25 screws per plate. This will reduce the chance of failure by 75%. This is all that I can do, the rest is up to YOU. You must maintain your printer if you want good print results.

 

Below is my recommendations of appropriate printer maintenance.

  1. These screws were tested with PLA on a textured PEI plate. This is the most common printing material and textured PEI is the standard plate that comes with every Bambu Labs Printer.
  2. After each print, wipe the plate with a microfiber cloth. The microfiber will remove any excess PLA that is stuck on the plate. If you do this after each print, your textured PEI plate will retain the same adhesion that it had on the first print. This maintenance task takes 30 seconds to complete. You should make this part of your printing routine. 

  3. If you print other materials besides PLA, search for the best cleaning methods for those materials. Your plate should look new after each print. Ensure that your plate does not show signs of previous prints.
  4. If your plate is clean, look at your nozzle. The nozzle should look like clean brass. If you nozzle looks black and discolored, you have filament cooked to the outside of nozzle. This can cause issues as the cooked filament will be stickier than the build plate. The picture below is not from a Bambu Labs printer but it shows the difference between a dirty nozzle and one that will print with consistent results. If your nozzle looks like the one on the left, you need to clean it.

  5. If you have burnt filament on the outside of your nozzle, use a brass wire brush to clean the nozzle. The procedure for this maintenance is as follows:

    • Remove the silicone sleave from the nozzle
    • Move the print head to the front center for easy access. Lower the print bed as far as it will go (Or raise print head for A1 printers).
    • Unload filament (If necessary. Your AMS might have already unloaded the filament)
    • Set the print head temp to 250 degrees C
    • Use the brass wire brush to clean the print head at all angles. Some excess filament may ooze out of the nozzle while you are cleaning it. This is normal. Continue until your nozzle looks like a new nozzle.
    • Set print head temp to 0

My textured PEI plate and nozzle has 900 hours of prints and I have not had a single adhesion issue. These maintenance steps are also very useful if you are trying to print something with fine lettering on the first layer. Having a clean build plate and clean nozzle are the most important things that YOU are responsible for when printing. Bambu Labs has taken care of the rest.

 

Hope this helps. Happy printing!

 

Comment & Rating (478)

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good job! Going to test it! But reminds me of this: https://www.make.do/
17
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That's because it's a direct copy
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Replying to @The account has been deleted :
So can we ignore the license and sell whatever we want? Since the model itself violates its own license, what do we do in this case?
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Replying to @mark_braaten :
cardboard perforator wheel, saw and screws are not exactly new inventions. yes the colour scheme for the screws are a blatant rip off, but I don't think making screws blue is protected by copyright.
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Print Profile
PLA 0.2mm layer, 2 walls, 15% infill
Children love it. The print also went without a hitch. I designed a storage box for the small parts and tools. It holds approximately two sets of the longer and three sets of the shorter screws. The model is available on my profile
Show original
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where can you find the box that holds the items?
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Replying to @FrancyWancy :
in my Profile
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I think the issues with screws getting knocked loose is not due to poor adhesion, but rather due to the overhang in the thread curling upwards, and then the nozzle running into the curled part. I observed curling when printing the screw threads, and I heard the nozzle scraping the curled up part. I was able to complete the print by slowing to 50%.
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Thanks for recommending this, will give it a try. as I have the same issue. it’s 100% not bed adhesion. it fails on the same layers and the head/nozzle is hitting the parts knocking them off the plate.
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this was my issue as well. adhesion was good.
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how do you change the speed to 50% in Bambu? There are a lot of settings under speed and I don’t know which one we need to change. TIA
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Turned out great. Kids love it. Thanks
The designer has replied
3
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Those look great. Love the color choices.
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Boosted
Print Profile
PLA 0.2mm layer, 2 walls, 15% infill
Neat set. Tools and short screws print well. Long screws were a bit of a nightmare. Problem occurs as the screw center tapers down and the threads begin to curl up. this leads to the print head catching and inevitably knocking at least one screw over. Found it necessary to slow to half speed starting at layer 80 to complete print on the long screws.
3
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Print Profile
PLA 0.2mm layer, 2 walls, 15% infill
It's good, parts fit together well. Wish makerworld would say there's a brim though, spent far too long trying to scrape them off the new super cool plate.
The designer has replied
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Those look great. I tested these on the standard PEI plate. I can imagine the frustration of pulling those small snap pin locks off the cool plate. Turned out wonderful though.
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Replying to @DirkMcGirk :
Oh I understand why it has a brim, most people cant be bothered to keep their plate clean and would say the profile spaghetti'd. I was too lazy to slice the pins and screws myself, so just printed from the app, which seems to reslice to accommodate whatever filaments and bed type you select, but maybe having it remove all adhesion assists when you select super tack is asking too much. Cool tool to stimulate some imagination, I just need to print another handle for the second saw blade.
0
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Print Profile
PLA 0.2mm layer, 2 walls, 15% infill
works great, thanks
The designer has replied
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I've seen a few rubber bands in photos. Did the snap pins and locks work as intended? The green and black color combination is nice btw!
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Replying to @DirkMcGirk :
It was NOT easy to get the locks in the pins. I fought and fought to get them in. I had to use my pocket knife to open up the snap pins slightly and plyers to twist them if they turned at all to line them back up, once I got the locks in just enough I put my thumb on the flat side of the pins and pressed against my desk with a lot of force to get them in. It was such a a tight fit but I got them in! The set I printed is for a little kid (5) to build things with her Dad and I wanted to be absolutely sure that nothing could come loose and hurt her.
0
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Print Profile
PLA 0.2mm layer, 2 walls, 15% infill
Other Issues:how they are set up some screws eventually will fail adhesion and being more than 64 items, Bambu object cancellation doesn’t work. going to retry using fewer objects. (printed from the handy app)
The designer has replied
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Did your print actually fail or are you assuming it will fail? What printer are you using? I've printed those screws multiple times without a single screw coming off the build plate. I did not know about the 64 item limit of the Handy app. I can add a 50 screw plate to the print profile.
(Edited)
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I have just repeatedly attempted to print the screws and experienced the exact same issue
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Boosted
I also woke up this morning to a mess of filament and half printed screws that lost adhesion. I want to run another set but I’m afraid the same thing will happen and waste filament. Maybe you could separate the short and long screws into 2 plates? I love the different sizes but maybe they’d print better separately. I was also going to try the suggestion in the Bambu wiki for better adhesion. Is this something that we could do to make the screws’ adhesion work better?: “Adjust the first layer settings in the Bambu Studio You can adjust slicer settings for the first layer to enhance adhesion. The slicer profiles in Bambu Studio come pre-configured with values that were performed best during testing. However, if issues arise, we recommend starting the print with a 0.5mm line width and a 0.25mm layer height for optimal results. These settings establish a solid foundation for the rest of the model and increase the chances of success.”
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Fantastic idea, fantastic print file! Let's see what the little one (3) does with it. Printed in PLA.
(Edited)
The designer has replied
Show original
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Hope your 3 year old enjoys these. My 5, 7, and 9 year olds have put them to work!
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Absolutely great design. I was wondering what the difference is between the perforating discs? Also my machine did detect spagetti on the screws a couple of times, without there being an issue
(Edited)
The designer has replied
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I modelled several different variations of the perforator wheel. The 2 that are in the print profile worked the best. The gear style wheel is better for thick, heavy cardboard. The pointy wheel works better on thin cardboard like Bambu filament boxes.
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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.