Modern-day electronics rely heavily on the use of batteries. They’ve allowed devices to be more portable, smaller, and cheaper. Batteries come in many shapes and sizes, and these days, you can find them in all kinds of electronic devices: mobile phones, wristwatches, clocks, and computers, just to name a few.
As technology has developed, so has the demand for batteries. And though you may be sure there are batteries lying around your house, they’ll almost certainly be hiding when you need them. While not finding them easily can be annoying, it’s important to remember that improperly storing them can also be a hazard.
Thanks to 3D printing, you can find some very nice solutions for storing batteries. We’ve curated a list of the top battery holders that you can 3D print to keep your batteries properly and with style.
If you see something that will solve all your battery-related problems but would rather leave the printing to the professionals, try Craftcloud. Your design will be professionally printed and delivered to your door, so you can focus on more important things (like where you hid that last box of batteries you’re sure you bought).
This stackable battery holder lets you stack boxes of batteries, one on top of another. You can also use it for easy dispensing. The model is popular because the design is simple and easy to print but also clearly labeled and nice to look at. You can stack these boxes and build a battery tower!
The designer has included boxes for AA, AAA, and C-type batteries. You can mount the battery holders on the wall or you can keep them on a table, the choice is yours.
As the name suggests, this battery organizer is meant for the Gridfinity system designed by Zack Freedman. The maker has included files for six battery types: AA, AAA, 18650, CR123/A, 9V, and 21700. There are many different bin sizes to fit any Gridfinity, and the bins are also half-height, making it easier to utilize them. No supports are required, nor are there any requirements for perimeters or infill. These bins are simple to print and versatile to use.
Model versions include the option for a lip (to stack holders) but since batteries stick out of the bins, there are also files without lips to reduce print time. Other versions include magnet holes and screw holes for further stability.
Instead of just putting your batteries in a box, you can carry them in style with this case. There are two different versions of the case, one with magnets (pictured above) and another without.
Like most of the designs on this list, you can customize this model to suit your needs. The designer printed the case with ABS filament, but other materials should work fine. This is a really quick and easy solution to store and transport your batteries.
Button cells – or coin batteries – are mainly used in small electronic projects. This type of battery comes in various shapes and sizes. If you store them improperly, they may short each other out, and when you have loads of button cells lying around, it can be quite a task to quickly differentiate between the various types.
The button cell holder eliminates these problems. It’s made up of two parts, the container and the lid, and it holds 10 batteries of one kind. The lid on the top identifies the type of battery, which allows you to quickly sort through the options. Both alkaline and lithium batteries can be kept, and the designer also included a cradle, so that you can store all the holders in one place.
This beautiful holder utilizes meshing gears to rotate and offer up AA or AAA batteries, adding a visually interesting design to the convenience. There are holders for either 6 AA batteries or 8 AAA batteries, and you can use three of these holders at once, giving you plenty of flexibility.
The design uses two 608 skate bearings, the same kind in many fidget spinners, and no additional hardware is required. The print files include 3MF and STL versions, in case you prefer one over the other.
While some batteries can only be used once, others can be recharged again and again. 18650 batteries are commonly used in many power tools, cameras, and laptops, among others. This battery holder acts both as a storage device and a charger, specifically designed for these batteries. It’s a more traditional style of holder, and it uses a spring to hold the batteries in place as well as to conduct charge.
The battery holder has 4-mm holes for M4 screws and holds a maximum of four batteries at a time. After printing the holder, you can assemble the charger easily.
If you think you’ve seen this design before, that’s because you probably have! This is a V2 of the original design and fixes many issues with the original.
It’s similar to the ramped egg-holders people put in fridges, although this design is taller but not as wide. It can hold a large number of batteries and sorts AA from AAA by the thickness of the battery, making it foolproof and almost clog-proof to boot.
No support or extra hardware is required to make this model, although it’s recommended to use some glue to hold it all together.
From storing first aid kits to needles and thread, Altoids tins are probably one of the most repurposed items you can find. This model uses inserts that are placed inside the tins to hold different combinations of batteries. The insert fits snugly and ensures that the batteries don’t budge.
The designer has included inserts for various types of batteries, and other users have posted even more options.
If you’re a power tool user and have DeWalt tools, you’ll probably have some batteries lying around in your workspace. This DeWalt battery holder allows you to arrange your batteries neatly so that the workspace remains clutter-free, and you can find things when you need them.
The model is for 18-V 5-Ah batteries. The design is easy to print and you can print it with PLA with no issues. It’s intended to be mounted on a rack by using screws to hold it in place.
Pegboards are an important element of any workshop, as they provide flexibility to neatly store and arrange tools and supplies, including batteries! This fun holder is a versatile choice because it can be mounted not only on pegboards, but also on flat surfaces.
This design can easily hold 16 AA batteries. Some assembly is required to properly arrange the parts on the pegboard, but it’s nothing too complicated. The designer has provided designs for two different configurations of the pegboard holes, and remixes include options for AAA batteries and for storing larger quantities.
This model is fun to look at, and fun to use. Its dual missile bays hold 10 AA batteries each or 17 AAA batteries each, for a total of 20 and 34, respectively, batteries.
The model can spin around to aim its battery supply directly whereever you need it on any occasion. For printing, the model is split into pieces to make it easier for printing in whatever colors you want. This could even make for a great gift.
This case rolls out flat to swap batteries, and rolls in again to form a cylinder that you can carry anywhere. It closes itself by using a latch mechanism, and there’s both a magnetic and non-magnetic model that you can print.
There are designs for storing seven AA and seven AAA batteries. However, you can customize this rolling case to suit your needs, and it’s printable in PLA, ABS, and PETG.
Boxes may very well be the best option for your organizing needs, and these ones are specifically designed to store batteries. They come in different sizes for different types of batteries. If you’re looking to get the work done without the hassle of going through different designs, just print and store.
The boxes are available for AA, AAA, C, D, PP3 (6F22), and 23A batteries. However, with some design skills you can quickly scale the boxes to your specific needs, and if you have a Prusa Mk3, you can get straight to printing as the G-code is provided.
These crates are a great method to store lots of batteries. Their stackable design means you can fill them up with batteries and place another crate on top of it. Doing so requires a special part you can glue onto the bottom of each crate to stack it on top. The AAA crate holds 20 batteries, while the AA crate holds 12.
Try this print if you don’t have a lot of horizontal space for something like a Gridfinity or a regular box.
This case keeps your 18650 batteries snugly in place, so there’s no rattling noise. The case looks good, too, and it’s handy to carry around.
The model is designed to be easy to both print and use. It requires less than 20 g of filament and the printing time shouldn’t be more than just a couple of hours. So, if you’re in a hurry and need a quick case to store or carry your 18650 batteries, this should have you covered.
License: The text of "The 15 Best Battery Holders to 3D Print" by All3DP is licensed under a Creative Commons Attribution 4.0 International License.