K–12 3D Printing: Compatible with MakerBot, UltiMaker, Dremel, Bambu, FlashForge, Prusa, Creality & More

Bring real-world design and problem-solving into your classroom—without worrying about which 3D printer you own. NextWaveSTEM’s 3D printing curriculum is hardware-agnostic, so it works with the most common school printers and slicers.

Why schools choose NextWaveSTEM for 3D printing

  • Printer-agnostic, slicer-agnostic: Works with STL files and the tools you already use (UltiMaker Cura, PrusaSlicer, FlashPrint, MakerBot CloudPrint/Print, Dremel DigiLab, Simplify3D, etc.).

  • Standards-aligned: Built to support NGSS, ISTE, CSTA, and state standards.

  • Turnkey lessons: Ready-to-teach units from design thinking to fabrication—no prior 3D printing experience required.

  • Teacher support: Step-by-step guides, rubrics, pacing, and optional PD so any teacher can lead confident, safe prints.

  • Flexible grade bands: Elementary STEM challenges, middle-school engineering redesigns, and high-school CTE capstones.

  • Safe & scalable: PLA-first workflows, classroom checklists, maintenance routines, and materials budgeting.

Common 3D printer brands used in K–12 (and how we fit)

  • MakerBot / UltiMaker: Export STL → slice in UltiMaker Cura or MakerBot CloudPrint/Print → print. Lessons include nozzle/bed temp guidance, adhesion tips, and profiles for PLA.

  • Dremel (DigiLab): STL → Dremel DigiLab slicer → print. We provide classroom-friendly layer height & infill presets to keep jobs under one class period.

  • FlashForge: STL → FlashPrint or Cura profiles. Our troubleshooting flow covers first-layer success, bed leveling, and filament swaps.

  • Prusa (Original Prusa series): STL → PrusaSlicer → print. Advanced extensions cover supports, variable layer heights, and part orientation for strength.

  • Creality (Ender/CR series): STL → Cura/PrusaSlicer with tuned PLA profiles. Includes guides for manual bed leveling and quality checks.

  • LulzBot, Monoprice, Anycubic, Raise3D, XYZprinting, and others: If it accepts .STL (or .3MF) and prints PLA, it fits our workflow.

No single brand required. If your fleet is “mixed,” our lesson plans call out slicer-specific steps and include printable quick-start cards for each platform.

What you’ll teach (and measure)

  • 3D design & CAD literacy: Sketching → constraints → assemblies (with Tinkercad, Onshape, or Fusion basics).

  • Engineering practices: Iteration, tolerance, strength testing, and redesign based on data.

  • Career-connected learning: Links to manufacturing, biomedical devices, robotics, architecture, and entrepreneurship.

  • Assessment made simple: Rubrics for design criteria, print quality, and reflection—easy to grade, easy to showcase.

Minimum tech requirements (so you can say “yes” today)

  • Printer type: FDM/FFF desktop printer that accepts STL files

  • Material: PLA filament (1.75 mm or 2.85 mm)

  • Build volume: ~120×120×120 mm or larger (most school printers exceed this)

  • Slicer: Cura, PrusaSlicer, FlashPrint, MakerBot CloudPrint/Print, Dremel DigiLab, or similar

  • Devices: Chromebooks, Windows, or Mac (web-based CAD options available)

Sample units you can run on any printer

  1. Design for the Classroom: Create a desk cable clip; test fit and tolerance.

  2. Biome & Bio-Inspired Design: Model a seed dispersal device; print, drop-test, iterate.

  3. Assistive Tech Challenge: Prototype a page-turner or jar opener; user-feedback loop.

  4. Sustainable Packaging: Redesign a cap or hinge with less plastic, equal strength.

  5. Robotics Add-Ons: Print sensor mounts or brackets that align with your robotics kits.

FAQ (for teachers & tech leads)

  • Our core curriculum focuses on FDM/FFF for safety and simplicity. We offer an SLA add-on with resin handling/PPE if your district supports it.

  • We include batching strategies, queue management, “micro-prints,” and a roles-based workflow so classes keep moving while jobs run.

  • Yes, recommended PLA profiles (layer height, wall count, infill) and time-saving presets per slicer. You can import and tweak for your model.

  • Each unit includes a quick diagnostic tree for first-layer issues, clogs, and adhesion; plus a preventative-maintenance checklist.

  • Yes, every lesson notes the relevant standards and practices to make documentation and reporting easy.

Ready to use 3D printing with any school printer?

Whether your lab has MakerBot, UltiMaker, Dremel, FlashForge, Prusa, Creality, or a mix, NextWaveSTEM plugs in smoothly.

Paula Chiarotti