Managing batteries can be a hassle, especially when they end up scattered in different drawers and cabinets. Whether it’s for remote controls, kids’ toys, or smoke detectors, keeping them in one organized location saves time and frustration.
This battery dispenser project by Drew Fisher is a great way to create a dedicated storage solution that keeps everything neatly arranged.
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Why Build a Battery Dispenser?
A battery dispenser helps keep different battery sizes accessible and easy to find. Instead of digging through random containers or junk drawers, this build provides a sleek and efficient way to organize everything in one place.
This design also includes a small cabinet for storing smaller batteries and the tools needed to open battery compartments. With a long shelf life, batteries deserve a proper storage space that keeps them protected and easy to access.
How Fisher’s Shop Built the Dispenser
The project starts with choosing the right materials. While plywood is a common choice, Fisher’s Shop used hardwood for a more refined look. The boards were carefully cut down to size, removing any cracked or unusable sections before proceeding with the build.
To ensure accuracy, the pieces were milled to the desired thickness. A jointer helped square the edges, and a table saw was used to rip the boards to final width. Taking the time to prepare the wood properly ensured a precise and seamless assembly.
Constructing the Dispenser Frame
The dispenser structure was designed with separate slots for different battery sizes. Dados were cut into the panels to hold dividers securely, allowing for smooth sliding covers to be added later.
For easy access, the sides of the dispenser were marked and shaped to include a finger gap. This small detail made grabbing batteries more convenient without compromising the strength of the frame.
To ensure stability, the back panels were carefully fitted into the dados before the main assembly. Clamping everything square during glue-up was crucial to achieving a solid and polished final product.
Adding Functional Details
Each battery slot was spaced to hold batteries flush with the front of the dispenser. This made it easy to see how many were available at a glance while keeping everything aligned.
Acrylic sliding covers were custom cut and fitted into the curved dado slots, allowing batteries to be accessed while staying protected. Labels were engraved onto the covers to make identification quick and simple.
For a professional touch, screws were reinforced with walnut plugs, adding both contrast and strength to the final build. Small details like this elevated the overall appearance of the dispenser while ensuring long-term durability.
Installing the Dispenser
A small cabinet face was added to store extra battery accessories. Brass hinges and magnetic closures provided a clean and functional design. This kept everything secure while allowing for easy access when needed.
To support the weight of fully loaded battery slots, the dispenser was mounted to the wall using a hidden French cleat system. This provided strong and stable support while keeping the mounting hardware concealed.
Finishing and Final Thoughts
For the finish, a Danish oil treatment enhanced the grain and added a protective layer to the wood. The oak’s natural patterns stood out beautifully, complementing the overall design of the dispenser.
Once installed, the battery dispenser immediately improved household organization. No more digging through drawers or struggling to find the right size battery. Everything was neatly stored in a central location, making everyday tasks easier.
If you’re looking for a practical and stylish way to store batteries, this project is worth considering. Fisher’s Shop provides a full breakdown of the build process, making it easy to follow along and create one for yourself.