Intro to Laser Cutting for Kids – A Beginner’s Guide for Parents
Introduction to Laser Cutting for Kids: A Beginner’s Guide for Parents
Five years ago, if you had told me I’d be the one operating a laser cutter at home, I probably would’ve laughed. My husband has worked in the precision machining industry for years, and we already had a 3D printer creating replacement parts for home appliances and some of my husband’s car repair projects. We even used it last Christmas to make some fun Christmas presents.
STEM talk is everyday around our dinner table. But the idea of a laser cutter? That was new—and honestly, it was the promise of STEM learning paired with a home-based crafting business that drew me in. Xtool® contacted me about a collaboration, and after careful consideration, I agreed. I did receive an XTool P2S.
The XTool in our office/crafting area.
I did A LOT of research before agreeing to the collaboration. Then, as we excitedly waited for the laser cutter to arrive, I started reading and watching videos. In addition, we joined several Facebook groups.
After spending time in STEM educator groups and going down a serious YouTube rabbit hole, I discovered that laser cutters aren’t just fun tech toys. They’re incredibly powerful learning tools—offering a hands-on approach for both adults and students to explore digital design, engineering, problem-solving, and creativity. Plus, they’re not as intimidating as they look once you understand the basics.
Why Laser Cutting for Kids Is Beneficial for Them
Laser cutting is an activity that naturally blends art and STEM. When working on a laser cutting project, kids will sketch out ideas and then bring them to life, watching as their designs transform into actual objects. It makes abstract math and science concepts feel tangible. Geometry, for example, becomes more than just numbers on a page—it turns into a puzzle of angles, shapes, and measurements that they need to piece together to make something work.
Related post: Here is our first laser cutting STEM project (There’s a free printable STEM lesson to go with it.)
Pictured here is our second “big” project (a working catapult) after we practiced with simple gift tags and animal cut-outs. This was an svg we purchased, but had to alter since we didn’t want to print some of the ancillary pieces (like the targets.) This is the design in XTool’s design dashboard called Create Space.
Digital design software, such as Tinkercad® or the user-friendly apps bundled with machines like the XTool®, makes it accessible to even beginners. Our first design was a simple engraved cat—nothing fancy, but seeing that result sparked excitement and confidence. Kids can either design their files or find downloadable SVGs online. Sites like imag-r.com, Tinkercad, Etsy®, Creative Fabrica® are goldmines for this. There are so many more sites!
Here is our second cut project (our very first test is below). We selected a simple catapult design so we could use it alongside our physics study of the three laws of motion.
Laser cutting also teaches kids practical math and physics. They begin to understand spatial reasoning, symmetry, and how different materials respond to heat and light. They also learn about trial and error, as not everything works the first time. If a cut doesn’t go as planned, they’ll need to adjust the design, check the power settings, or even rethink the material they’re using. That’s hands-on problem-solving in real time.
This is the same type of real-world decision-making engineers have to make.
Here is a video of our first project, we went with a design that was in the Xtool design library. When laser cutting with kids for the first few projects, use a premade design so everyone can get used to the process of lining up the cutting material, selecting the type of material from the menus, and setting the cut, engrave, and score areas. We went with cats since we have several cat lovers in our family. We then added our own text to try out the text tool and engraving text.
The project may not look involved, but there are numerous lessons in preparing and sending a simple project to cut. And, it’s super-fun to see the final product!
What Can You Laser Cut?
We began with 3mm birch plywood; it’s affordable, easy to work with, and consistent. Other beginner-friendly materials include cast acrylic (ideal for engraving), cardstock, and natural fabrics such as cotton or felt. Always check the manufacturer’s website to determine which materials work well on specific machines and which do not. Some materials are a big no-no, though: PVC and anything with unknown glues or coatings can release toxic fumes. Always double-check for laser compatibility. Facebook groups and YouTube are great for honest reviews about suppliers and materials.
Safety First
Yes, laser cutters are powerful—but with the proper precautions, they’re perfectly safe for kids (with supervision). Always operate your laser cutter in a ventilated space, and consider a fume extractor or purifier. We also keep a CO2 fire extinguisher and a fire blanket, and have installed the XTool fire safety system for added peace of mind. Even though our machine has an enclosed lid, we still wear protective glasses just in case.
Xtool has an extensive library of training videos, with more safety information here. There are many videos for setting up and using the laser cutter here.
How It Works: From Design to Final Cut
Once your kids have their design they want to laser cut—whether it’s their own design or downloaded from a design site, you export it (usually as an SVG file) and load it into your laser’s software. Most laser cutters have a materials menu, so they’ll adjust the power and speed automatically. Still, it’s always a good idea to run a test cut on scrap material first. Some lasers even include a built-in camera, allowing you to line up your design perfectly.
Watching that laser trace the design is mesmerizing. And seeing a final product pop out—especially one your child dreamed up themselves is a moment of real pride.
Laser Cutting: A Hidden STEM Workshop
Laser projects incorporate a wide range of real STEM skills. Geometry and math become more meaningful as kids calculate dimensions and angles. Physics comes alive when they see how the laser beam interacts with different surfaces, and engineering principles are in play every time they test, tweak, and retry a design. They quickly learn that different woods and plastics have unique properties. (Material science lesson!)
However, laser cutting isn’t just a technical process; it’s also a creative outlet. Kids can design and laser cut bookmarks, puzzles, jewelry, model buildings, or even their own educational tools. They can layer materials, paint their finished pieces, or combine engraving with mixed media to create something entirely new.
A laser cutter also offers many ideas for a home-based crafting business. There are many crafters on YouTube, such as Mom with a Laser, Kim and Garrett Make It, and Six Eight Woodworks.
Xtool’s Inspiration Hub is a good place to start getting ideas for a home-based laser cutting business.
And, perhaps most importantly, laser cutting builds resilience. The first few attempts might not be successful. Designs might be off, or cuts might burn too deep. But that’s part of the process. With every failure comes a new lesson—and eventually, a better design.
In the end, laser cutting turns your garage, spare room, or basement into a place where ideas come to life, one beam of light at a time. It’s hands-on, creative, technical, and empowering, plus it’s a way to start a home-based business while homeschooling!
I hold a master’s degree in child development and early education and am working on a post-baccalaureate in biology. I spent 15 years working for a biotechnology company developing IT systems in DNA testing laboratories across the US. I taught K4 in a private school, homeschooled my children, and have taught on the mission field in southern Asia. For 4 years, I served on our state’s FIRST Lego League tournament Board and served as the Judging Director. I own thehomeschoolscientist and also write a regular science column for Homeschooling Today Magazine. You’ll also find my writings on the CTCMath blog. Through this site, I have authored over 50 math and science resources.