STEM Technologies
Coding
Robotics
3D Printing
Hydroponics
AR/VR
Instructional Software
Teq Blocks
Professional Development
Educational Technology
SMART Boards
STEM Technologies
Coding
Robotics
3D Printing
Hydroponics
AR/VR
Instructional Software
Teq Blocks
Professional Development
Educational Technology
SMART Boards
Active Learning Spaces

We’re here to help you every step of the way.
Find exactly what you need to meet the demands of your school or district using our product filters.

All Teq products and services can categorized using the filters below. Use the dropdown menus below to create a customized search for more specific solution.

Makerbot

With the ability to print out virtually any 3D object you can imagine, MakerBot 3D printers give educators an engaging way to teach 3D design and printing skills to their students. Thanks to the simple set-up experience, easy-to-use hardware and software, and variety of educational and support resources available, Makerbot provides an easy way to introduce the 3D design and printing process to your classroom.

PRINT

Interested in Makerbot for your school or classroom?
Request a quote using the form below.

-

3D Printing/ Grades 3-5/ Grades 6-8/ Grades 9-12/ High Curriculum Versatility/ Intermediate Proficiency/ STEM Technologies/ Grades 3-5/ Grades 6-8/ Grades 9-12/ Intermediate Proficiency/ High Curriculum Versatility/

What is it?

MakerBot offers a full set of solutions and services that enable students to tackle real-world problems — at any grade level.

Tell me more!

3D printing offers a new approach for educators to engage students in critical thinking and problem-solving — and it brings lesson plans to life. Getting to design a 3D model and then see it come to life as a 3D print is exciting, keeps students engaged, and helps them gain a better understanding of the concepts they’re learning.

Beatiful Topology

  1. Have students create a möbius strip with a piece of paper and tape. Define topology, and discuss the innate beauty that many see in it.
  2. Research the topological works of Eva Hild, a sculpture artist, and sketch an inspired design.
  3. In a CAD software, try to recreate your paper möbius strip or a design inspired by Eva Hild.
  4. 3D print your design for display.