A collection of educational STEM curriculum based learning kits, specially developed to be used in conjunction with 3D Printing.
These Kits provide structured step by step curriculum guides- aimed at stimulating practical learning and creativity.
Students design, 3D print, assemble and construct with the easy-to-understand step by step workbooks.
The detailed teaching and activity booklets support the learning process for students, making the design process easy to understand and follow.
Kit Parts
Plastic Parts
Tinkercad design templates
Student Workbook
Skills worksheets
3D Design
Pre/Post Tests
Teacher Guidebooks (for class packs of 6 and above)
Lesson Plans
Instructor STEM Notes
STEM kits for class packs of 6 and above include a Teacher Guidebook.
Student Workbooks support the learning process for students, making the design process easy to understand and follow.
TinkerCAD is a free easy to learn CAD program which is a great way of introducing students to the world of 3D modelling and is the suggested app for these Kits.
Turn up the music! In this project students will design, print and then build their very own Mini Boom Box. A great STEM project for teachers to do further teaching on topics such as sound and sound waves, amplifiers and speakers, circuit diagrams and electronics!
Students will design, print and build their very own custom Night-Light. The detailed teaching and activity booklets support the learning process for students, making the design process easy to understand and follow.
In this project students will design, print and build their very own Heart Rate Watch by putting their math and dimensional measurement skills into action! This is a great STEM project for teachers to do further teaching on topics such as the human heart, health and fitness, data recording and analysis, plotting graphs.
The aim of the game is for students to design and print a pencil holder that will transport a pencil on their tracing car around a set trace course without the pencil falling off. Once completed, students will challenge each other and put their designs to the test. The student with the lightest pencil holder that successfully completes the tracer course wins! This is a great STEM project for teachers to do further teaching on topics such as electric motors, kinematics, electronic circuits and basic principles of physics, such as gravity and forces.
High Precision 4 Axis Robot Arm for the Desktop.
Push the boundaries of human-machine cooperation.
Introducing the all in one robotic arm that brings the power and precision of industrial robotics to your desktop.
The Dobot Magician is a highly precise, four axis, robotic arm for the modern educator, researcher, engineer, or maker.
Control the bots! The MIRA 5 Axis Mini Industrial Robot Arm is a 3d printable kit for students K-12.
In this project students can program, design, print, assemble and construct with the easy-to-understand step by step workbook. The detailed online teaching and activity book supports the learning process for students, making the design process easy to understand and follow. Students will design, print and build their very own custom MIRA pick and place Robot.
Comes with a comprehensive PDF workbook (download), power supply, parts, USB cable, STL printing files and Windows control software. Just print & assemble!
A remote controlled self-balancing Arduino Robot + battle arm, created with 3D printed parts. Control Balance-Bot Warrior via Smartphone, Tablet or PC.
Includes an easy to follow Teacher guide book. Teaching topics such as pendulum self-balancing, physics and more.
WriteBoard is a smart, self-writing (and drawing) robot controlled via a internet browser-based app! Students will 3D print and assemble this automatic whiteboard writer from scratch.
Send instructions to the WriteBoard from anywhere in the world, it's all done through a WiFi module connected to Cloud services. Best of all, it can also erase the doodles automatically.
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