MakerBot STEAM Bundle

MakerBot STEAM Bundle

DIY Learning

The bundle includes:

6 MakerBot Replicator+ 3D Printers
6 MakerCare Protection Plans (1 year)
6 Large 10 Pack Filament Bundles
3 Smart Extruder+
3 MakerBot Certification Program Enrollments
1 MakerBot Educators Guidebook
1-year RobotLAB Support.

Price: $CONTACT US

Out Of Stock

Main Features

3D Printers for students ages 4 and up
Educational value

Engineering, Manufacturing, Architecture, Medical, Design, Geography, Science, Technology, Math
What’s in the box?

6 MakerBot Replicator+ 3D Printers, 6 MakerCare Protection Plans (1 year), 6 Large 10 Pack Filament Bundles, 3 Smart Extruder+, 3 MakerBot Certification Program Enrollments, 1 MakerBot Educators Guidebook, and a 1-year RobotLAB Support.
Mobile / stationary

Stationary
Student to robot ratio

1 printer per 15 students
Best for

Elementary School, Middle School, High School, Makerspace, Museum, Library, Summer Camp
Grade Level

K-12
Curriculum

Covering Science, Technology, Mathematics, Engineering
Professional Development / Training

No training required – available as an option
Warranty

1 year warranty

Unmatched speed, reliability, quality, and connectivity for all your 3D printing needs.

Easy-to-use, reliable desktop 3D Printing

Fifth-generation technology defines the new standard for ease of use, quality, and reliability.
Powered by the new, user-friendly MakerBot Replicator 3D Printing Platform
App and cloud enabled
Wi-Fi, USB and Ethernet connectivity ensures a seamless production workflow
New MakerBot Replicator Smart Extruder, motion controllers, and gantry design
On-board camera and diagnostics, and assisted build plate leveling

Advantages to using 3D Printing for Teachers

Satisfy Curriculum: 3D printing and design offer a rich way to enhance an d reinforce science, technology, engineering, art, math, and design skills already being tau ght in the classroom.
Engage Students: 3D Printers engage students in the process of design and maki ng all while enhancing their ability to solve problems through creative and coll aborative solutions.
Prepare Students for STEAM degrees and careers: Today’ s professionals use 3D printing to advance product development cycles. It also provides students with tangi ble, hands-on experience in STEAM subjects and engineering fundamentals.
Involve the Community: 3D printing is an excellent way to reach out to the community (i.e. student project showcases, fundraisers, student-run classes)

What is the return on investment?

K-5

Inspire curiosity in STEAM
Create tactile learning models for complex concepts
Establish spatial reasoning
Early engineering concepts and process

6-8

Develop design thinking skills
Learn through iteration
Hands-on engineering principles
Deepen history lessons through re-creating artifacts

9-12

Learn professional 3D design skills
Simulate real-world engineering problems
Develop college-readiness through advanced design thinking
Unlock critical thinking skills required to bring an idea to reality