When it comes to crafting the perfect makerspace experiences, educators can try incorporating a wide variety of hands-on STEAM activities. To truly maximize student engagement and empower them all to feel like authentic problem solvers, however, 3D printing is an awesome option and these are some of the best educational 3D printers for K–12 school STEM programs.
Like most educational 3D printers, the METHOD melts materials and then it extrudes them onto the build plate in very thin lines, going layer by layer to create the object. The METHOD, specifically, is equipped with a heated build chamber that allows for all printed material to cool slowly, which is a process known as fused deposition modeling. Head inside to learn more.
The line of LulzBot 3D printers are some of the most affordable 3D printers for CTE and STEM learning largely because they don’t sacrifice any of that necessary power and precision students need. Check out this recording of our webinar with the LulzBot team as we partnered with their executives to dive into the uses and benefits of these machines in STEAM education.
When unboxing the LulzBot Mini V2, you’ll notice a bright green 3D printed octopus in each box. That’s because the LulzBot team hand tests every 3D printer they manufacture on-site before they ship them. From there, it’s real easy for students to get started thanks to their in-depth LulzLesson project guides and 3D printing platform, which is known as Cura LulzBot Edition.
With a reputation that’s always improving, the entire MakerBot line is highly regarded within both STEM and MakerEd. Joining these are their METHOD and METHOD X Carbon Fiber Edition printers, which allow kids to 3D print carbon fiber reinforced nylon and other composite pieces with 3D strength and accuracy. And, of course, they’re great in STEM and CTE programs.
Creators of some of the most reliable, powerful, and popular 3D printers, the MakerBot name is one of the most respected when it comes to education. In this webinar, they discussed some of the advancements in the 3D printing space, including its role in prototyping and modeling in many different industries. Watch the recording to learn more!
Their printers provide some of the highest performance and include plenty of comprehensive classroom content to help both teachers and students get started and stick with the innovative opportunities 3D printing has to offer. Keep reading to learn how to integrate Robo 3D’s printers into a classroom or makerspace environment and even at home.
The MOD-t was once a great makerspace option, but is discontinued. Check out our Tips and Tricks blog for the latest updates. and don’t let its sleek design fool you. The MOD-t 3D printer is completely user-friendly with only one button to press. It also prints with eco-friendly PLA filament and features Wi-Fi connectivity.
If you buy three MakerBot Replicator+ 3D printers and a 1-year plan of MakerCare Preferred on each of them on or before Dec. 30, you will get a fourth Replicator+ absolutely FREE! A free 3D printer—and a top-notch one at that! So, like we said, if you’ve been toying with the idea of bringing 3D printing to your students, now is a good time.
At a somewhat surprising rate, teachers are ditching traditional computer labs and rediscovering innovation with new hubs known as 3D printer labs. In these labs, kids get the added STEM experience and the school spends more money. Not so fast. Today, we’ve got five top-of-the-line and, more importantly, affordable 3D printers you should try out this school year.
