Education

K - 8 LEARNING

• K - 5 Simple introduction to 3D design.
• 6 - 8 Develop CAD design skills.
• Encourages creativity and interest in STEM.
• Problem solving group assignments.
• Teaching mathematics / science concepts.

Materials:
PLA and PETG based plastics are the two most commonly used 3D printing materials in primary and middle schools. These plastics are easy to print, offering excellent quality and dimensional accuracy. 

PLA is derived from renewable resources (corn-starch) and both PETG and PLA require less heat when printing and are recyclable plastics. 

Both regular and tougher nano-reinforced options are available.

GRADES 9 - 12

• Intermediate CAD Design (Engineering & maths).
• Teaching Models and Aid. (Biology, Chemistry, Maths)
• Technology & Home Economics.
• Problem solving group assignments.

Materials:
In addition to PLA, PETG and ABS based plastics, high schools are also using nano-reinforced versions (PolyMax™ PLA and PETG) for improved mechanical properties or materials like PolyLite™ ASA for technical projects requiring resistance to temperature and sunlight. 
 

UNIVERSITY

• Research & Design
• University Research and Projects
• A complimentary tool to other manufacturing methods.
• Student Projects

Materials:
PLA, PETG, ABS, Nylon, PolyCarbonate and fiber-filled polymers are among the most used materials by universities for both demonstration models and functional 3D prints.

Materials like PVA and PVB have found use within research applications.