Monitor stands are one of those accessories that seem like they should be easy to get right. However, after using several rather expensive options, I’ve yet to find one that actually fits my workflow. Some take up too much space, while others offer too little functionality. Most of the time, they look like an afterthought or are missing features that would help keep my desk organized.

That’s why I’ve decided to 3D print my next one instead of buying it. There’s a model on MakerWorld that checks nearly every box for what I want. It’s called the “Monitor Stand Essay Ultra,” and it includes multiple STL variations, one of which has open drawers without dividers. That makes it perfect for inserting my own Gridfinity layouts. It’s not just a stand, it’s a chance to build something that actually works the way I need it to.

Why this stand is worth printing

Modular, printable, and better than the basics

The appeal of 3D printing a monitor stand comes down to customization. When you buy something off the shelf, you’re stuck with the layout and features the manufacturer decided were most common. But most desks, and the people using them, don’t fall into a one-size-fits-all category. That’s especially true when your workspace includes more than just a keyboard and mouse.

What I like about the Monitor Stand Essay Ultra model is its flexibility from the start. You get a core structure that already looks clean and modern, but the drawers come in multiple variations. The ones without dividers are handy because they leave room for other modular systems, such as Gridfinity trays. That opens up the entire drawer cavity for something that can evolve as my storage needs change.

Another advantage is that it offers multiple options for how the pieces come together. For example, I could print it either with or without cable management from the bottom space, such as for use with my MacBook. I’m planning to use it just with my desktop Mac for this first build, but it’s nice to know the option is there. By printing two of the drawer units and placing them on either side of my desk, I’ll get a wide enough stand for each of my monitors, plus a space in the middle for my Mac and its accessories.

How I’m planning to customize it

Gridfinity in place of standard drawer inserts

Rather than using the default drawer layout with dividers, I’ll print the no-divider version, which is already included in the MakerWorld files. This gives me a clean, open space that I can line with Gridfinity baseplates. I already use Gridfinity for organizing tools and accessories throughout my home, so expanding that system into my monitor stand makes perfect sense. It maintains consistency and makes everything easy to manage.

I’ll design a custom Gridfinity baseplate for each drawer, then print my bins and trays. I’m planning to print small trays for items like SD cards, dongles, and adapters, as well as larger bins for cables and Raspberry Pi boards. The drawers have sufficient clearance to accommodate stacked bins, which is ideal for maximizing space. It’s all modular, so I can reprint new layouts if my needs change.

The only real design tweak I might consider is adding a small lip or stop at the back of the drawer cavity to prevent the bins from sliding too far in. That’s easy enough to model or even just glue in after printing. I’ll also decide later whether I want to print a bridging platform to span the two drawer units or leave the center open. Either way, it’s far more flexible than anything I’d find on Amazon or at an office store.

What you’ll need to make your own

Just a printer and some basic planning

Building your own version of this stand isn’t complicated, especially if you already have a 3D printer and a bit of filament. The design prints flat with no support material needed, and it’s well-optimized for FDM printers. Most machines with a print bed of at least 220mm should be able to handle each part without needing to resize anything. PLA should be fine for most setups, but PETG is a solid choice if you want more strength or heat resistance.

To get started, you’ll need to download the model from MakerWorld. Once there, make sure to choose the drawer version without dividers. That STL is provided alongside the default one. You’ll want to print two of these drawer units if you have a dual-monitor setup.

You’ll also need to download or design your Gridfinity baseplates and bins. You can customize the baseplate to fit nicely in each drawer, and dozens of free bin models are available on platforms like Printables or MakerWorld. Once your bases are printed, they can be dropped into the drawer cavities with or without adhesive. The bins themselves are completely modular, allowing you to rearrange them at any time without needing to reprint the entire drawer setup.

The desk upgrade I’m actually excited for

I’ve had enough of flimsy plastic risers and overbuilt metal stands that don’t offer real organization. This 3D-printed monitor stand is going to be something better. I’ll get a platform that supports my gear, provides functional drawer storage, and works with the Gridfinity system I already use. That’s a lot more value than anything I’d find pre-built.

What makes this even more satisfying is that I can keep modifying it. If I find I need more drawers, different bins, or even a taller frame, I can just tweak the model or print new parts. It’s an ongoing project, rather than a one-time purchase. And since it’s printable, I’m not locked into anything I can’t change later.

This won’t be the fastest print job I’ve ever taken on, but it will make a difference in my day-to-day workspace. When it’s done, it’ll be something that feels like mine in every way.