Wall-Mounted Screwdriver Holder

Wall-Mounted Screwdriver Holder: A Solution That Stuck

For me, a workspace and tools must be organized so that I never have to search for anything. Not in drawers, not in little boxes, not in a box inside another box. If a tool needs to be pulled out, unboxed, looked for—it’s probably not going to be used. In creative work, you need flow. The moment. And if you’re distracted searching for a tool—that moment is gone. Everything should be within arm’s reach. Always.

That was the case with my electric screwdriver. A good, handy tool, but it never quite found its place on the desk. Sometimes in a box, sometimes on a shelf, sometimes just lying around—and each time I had to stop and look for it. Eventually, it sat unused for a couple of months. And it’s a genuinely useful tool. Not my first of this kind, but none had ever really fit into my workspace before. Now, finally, I’ve fixed that.

How It’s Made

My work surface is metal, and most of my mounts are magnetic. So it made perfect sense to use magnets for this holder too. Of course, if you want, you can screw it in instead—the base can easily be adapted for that. Totally up to your setup and creativity.

The holder is built around a basic white base with magnets. Two Y-shaped positioning brackets hold the screwdriver in place at the top, keeping it aligned. The actual locking happens at the bottom, where there’s an automatic clip. It works flip-flop style: pull and it opens, push and it clicks shut. All one-handed. Effortless.

Why Print It Separately

The clip wasn’t perfect right away. The first version worked, but I wasn’t satisfied. Visually it looks almost identical to the final one, but the difference is real. The final version sits lower, grips tighter, and is more solid overall. Took some work, but I’m happy with the result.

You might ask: why not just print all three parts together as one unit? Simple—precision. Even with a good printer and a 0.2 mm nozzle, PLA tends to melt into tight gaps. Especially on small parts. The pieces fused together. So I went with separate prints, using supports, and then cleaned everything up before assembling. That’s the only way I got it right.

The pins are made from the same filament and heat-pressed in like rivets. I’ve used this technique before—it’s reliable and proven. Just don’t forget to lubricate the flip-flop mechanism. Use a plastic-safe grease; I’ll include a link.

Bonus: Bit Holder

Separate topic—bit storage. I’ve got around 150 bits, and this little set was especially nice. So I made a dedicated holder for it too. Magnetic, simple, compact. Also included.

A Few Words About the Screwdriver… and the Cat

I originally bought this screwdriver, honestly, not for myself, but for my cat Felix. He brings in ticks almost daily. The built-in light turned out to be perfect—illuminate, locate, remove. I even adapted a custom tick-removal attachment for it. Push the button—buzz—and it’s done. Quick and easy.

But in the end, the tool turned out to be surprisingly good. Three power modes, built-in lighting, USB-C charging, solid build quality. It’s not some high-end premium gear, but it’s sturdy, budget-friendly, and well-made. Now that it’s on the wall, I use it often. It’s the real deal.

Final Thoughts

Check out the video—you’ll see exactly how it works. I’m genuinely happy that I finally found a permanent home for this screwdriver. Now I’m even thinking about making similar holders for other tools—maybe the rotary tool or something else.

For now, here’s the holder. Simple, practical, reliable. And the clip? It works great for regular screwdrivers too. Solid grip, easy release.

Give it a shot—maybe it’ll become part of your setup too.

I also recommend downloading the file in 3MF format . Everything is already prepared for printing. If you want to print it with the labels I added, for example — it’s all set up. Designed for dual-color printing and more. Just a reminder: I recommend using a 0.2 mm nozzle to get the best quality. In this case, it’s better to wait a bit longer and get a clean result than to rush it. But if you’re fine with faster prints — I won’t argue. Print it however you like.