Education
Science is a subject that begs to be seen and touched. Whether you're teaching cells, atoms, or ecosystems, students learn better when they can interact with the content. One of the most engaging ways to bring abstract scientific ideas into the real world is through 3D printing. But
Education
3D printing has long been a staple of makerspaces and STEM classrooms. It encourages problem-solving, hands-on experimentation, and iterative design. But for many educators and students, the biggest barrier to entry is mastering complex CAD software. Thanks to AI-powered platforms like PrintPal's Image-to-CAD tool, you can now skip
Education
STEM clubs are one of the most effective ways to keep students excited about science, technology, engineering, and math outside the classroom. But organizing hands-on, high-impact activities week after week can be a challenge, especially if you don’t have experience with CAD software or engineering tools. That’s where
Education
3D printing is one of the most exciting ways to bring STEM and creativity into the classroom. But let’s be honest, learning traditional CAD software can be time-consuming and intimidating, especially for younger students or teachers without a tech background. Thankfully, you no longer need to master complex tools
Education
Libraries have always been more than places for books - they're community hubs for learning, creativity, and connection. In recent years, more libraries have been exploring ways to offer 3D printing services and digital design programming to their patrons. But for many librarians, the biggest question is: "
Education
Makerspaces are incredible hubs of creativity, experimentation, and learning. But one of the biggest hurdles new members face, especially in the world of 3D printing - is learning how to design models from scratch. For beginners, CAD software can be overwhelming, slowing down momentum and limiting creative output. That’s
Education
3D printing is quickly becoming a cornerstone of STEM and project-based learning in classrooms around the world. But many educators face a common challenge: traditional 3D design tools like Tinkercad or Fusion 360, while powerful, can be intimidating for younger students or those just beginning their maker journey. Enter AI-powered