Picture this: your trusty Philips OneBlade trimmer is still kicking, but the adjustable comb you rely on for that perfect stubble has gone missing. Maybe it slipped behind the bathroom sink, or perhaps the dog mistook it for a chew toy. Normally, you’d be stuck scouring local stores or waiting weeks for a replacement to ship from some far-flung warehouse. But now, Philips has a better idea: just 3D print a new one.

In a move that’s equal parts innovative and eco-conscious, Philips has launched Philips Fixables, a program that lets you download and 3D print replacement parts and accessories for its personal health products, like beard trimmers, electric toothbrushes, and hair dryers. The initiative kicked off in the Czech Republic, where Philips is partnering with Prusa Research, a big name in the 3D printing world. But the real game-changer? The files for these parts are freely available on Prusa’s Printables platform, meaning anyone with a 3D printer—anywhere in the world—can get in on the action.

For now, Philips Fixables is starting small. The only part available at launch is a replacement comb for the Philips OneBlade, a versatile trimmer that’s a staple for many grooming routines. It’s not exactly a full trimmer overhaul—you can’t print a new motor or battery just yet—but it’s a step toward keeping your device in play instead of tossing it in the trash when a single piece goes AWOL.

Why does this matter? Electronic waste is one of the fastest-growing waste streams globally, with over 50 million metric tons generated annually. Small personal care devices, like trimmers and toothbrushes, often end up in landfills because replacing a single broken part is either impossible or more hassle than buying a new one. By offering 3D printable replacements, Philips is tackling this problem head-on, giving consumers a way to extend the life of their devices without adding to the e-waste pile.

Philips isn’t just throwing files online and calling it a day, either. They’re working closely with Prusa Research to ensure these 3D-printed parts meet the company’s standards for quality and safety. The recommended material for the OneBlade comb, for instance, is standard PLA filament—a biodegradable, widely available 3D printing material. Philips even provides specific instructions, like printing the part in its original orientation without tweaking the file to save filament or time. Skimp on those guidelines, and you might end up with a comb that snaps mid-trim. Nobody wants that.

The Philips Fixables program taps into a broader trend: the rise of the “right to repair” movement. In recent years, consumers and advocacy groups have pushed back against planned obsolescence, demanding that companies make it easier to fix their products rather than replace them. The European Union, for example, has introduced regulations requiring manufacturers to provide spare parts and repair information for certain electronics. Philips’ initiative feels like a nod to this shift, offering a solution that’s not only practical but also kind of fun.

Let’s be real—there’s something satisfying about firing up a 3D printer and watching it churn out a part you need. It’s like fixing your car with a wrench, but with a futuristic twist. And with 3D printers becoming more affordable (you can snag a decent one for under $200 these days), the barrier to entry is lower than ever. Platforms like Printables are already buzzing with hobbyists sharing everything from phone stands to tabletop game pieces, so adding Philips’ official replacement parts to the mix just makes sense.

Still, Philips Fixables isn’t without its limits. Right now, the program is more of a proof-of-concept than a full-fledged repair revolution. That single OneBlade comb is a nice start, but Philips has teased bigger plans, including adjustable guides for beard trimmers, components for electric toothbrushes, and even parts for hair dryers. The catch? No timeline for when these will drop. The company’s also opened a form where users can request specific parts, but there’s no guarantee your wish will make the cut—or how long it’ll take for Philips to design, test, and release it.

Beyond the convenience, Philips Fixables raises some intriguing questions about the future of sustainability in consumer electronics. 3D printing has long been hyped as a way to reduce waste by producing only what’s needed, when it’s needed. Localized 3D printing could cut supply chain emissions by up to 30% for certain products, since you’re not shipping parts across continents. For Philips, this means less reliance on sprawling logistics networks to get a tiny plastic comb to your doorstep.

But there’s a flip side. 3D printing isn’t a magic bullet for the environment. The energy used by printers, the production of plastic filaments, and the potential for failed prints all add up. Philips’ focus on PLA, which is biodegradable under the right conditions, helps, but most municipal waste systems aren’t equipped to handle it properly. Plus, not everyone has a 3D printer, and those who don’t might feel left out of this DIY repair party.

For now, Philips Fixables is a tantalizing glimpse at what’s possible when big brands embrace the maker movement. It’s easy to imagine a world where you can print a new toothbrush head or hair dryer nozzle on demand, keeping your devices humming along for years. But getting there will require Philips to move beyond the novelty of a single comb and commit to a steady stream of new parts. It’ll also mean making sure those parts are accessible to everyone, not just the tech-savvy with a 3D printer in their garage.

If you’re itching to try it out, head over to Printables and grab the OneBlade comb file. All you need is a 3D printer, some PLA filament, and a little patience. Who knows? This could be the start of a new era where fixing your trimmer is as easy as hitting “print.”