Digital Fabrication Lab Setup
Digital Fabrication Lab Setup
Key Highlights & Educational Impact
Multi-Material 3D Printing
Dual-extruder FDM and SLA resin 3D printers with PLA, PETG, and TPU filament inventory.
Laser Cutting & Engraving
Enclosed CO2 laser cutters for acrylic, plywood, cardboard, leather, and stamp engraving.
Parametric CAD Workstations
Tinkercad, Autodesk Fusion 360, Blender, and Cura slicing software installation.
Program Overview
The AxiLearn Digital Fabrication Lab (FabLab) turns student designs into physical manufactured reality. Equipped with desktop 3D printers, CO2 laser engravers, 3D scanners, and CNC routers, students master parametric engineering CAD, laser vector cutting, and rapid prototyping.
Program Roadmap & Structure
Module 1: 3D CAD Modeling & Slicing Suite
Parametric 3D design in Fusion 360, G-code slicing in Cura, and STL file inspection.
Module 2: 3D Printing & Filament Calibration
Bed leveling, nozzle temp tuning, infill density calculation, and post-processing finishing.
Module 3: 2D Vector CAD & Laser Cutting Operations
DXF vector drawing, SVG laser power/speed setting, interlocking box design, and engraving.
Module 4: 3D Scanning & Desktop CNC Milling
Photogrammetry 3D scanning of physical objects and precision desktop CNC substrate milling.
What We Deliver to Partner Schools
- High-precision FDM 3D printers, enclosed CO2 laser cutter/engraver, and 3D scanner.
- Fume extraction systems, safety enclosures, digital calipers, and post-processing toolkits.
- Raw material inventory: PLA filament spools, acrylic sheets, plywood, and MDF boards.
- Comprehensive equipment operating manuals, safety SOP posters, and teacher accreditation.
Transform Your School STEM Ecosystem
Schedule an interactive campus demonstration, request lab setup guidance, or customize curriculum for your school.
