When you rotate a symmetric polygon around a mirror axis, cut the solid into two equal parts, and then put the parts back together differently, you produce a sphericon, a three-dimensional solid with one side and two edges.

Why does it work? Create sphericons to explore the relationship between cones, cubes, and octahedrons and find out.

 

Project Objectives

- Understand geometry and geometry transformations

- Understand and execute boolean operations

- Prepare a model for 3D printing

- Assemble sets of parts (magnets)

- Produce a 3D model from a 2D design

- Use the Revolve command to transform a 2D sketch to 3D object

 

Recommended age range 10+
Category: Beginner lesson
Tags: 3D CAD, 3D printing, 3D printed, beginners, design, education
Software: Tinkercad, Fusion 360
Lesson Duration: One 45 minute class (additional time to print)
Estimated filament use (per person): ~1.6-3m/~12g-24g 

Downloads
Lesson Overview
Complete Lesson

When you rotate a symmetric polygon around a mirror axis, cut the solid into two equal parts, and then put the parts back together differently, you produce a sphericon, a three-dimensional solid with one side and two edges.

Why does it work? Create sphericons to explore the relationship between cones, cubes, and octahedrons and find out.

 

Project Objectives

- Understand geometry and geometry transformations

- Understand and execute boolean operations

- Prepare a model for 3D printing

- Assemble sets of parts (magnets)

- Produce a 3D model from a 2D design

- Use the Revolve command to transform a 2D sketch to 3D object

 

Recommended age range 10+
Category: Beginner lesson
Tags: 3D CAD, 3D printing, 3D printed, beginners, design, education
Software: Tinkercad, Fusion 360
Lesson Duration: One 45 minute class (additional time to print)
Estimated filament use (per person): ~1.6-3m/~12g-24g 

Downloads
Lesson Overview
Complete Lesson