MakerBot
Everything You Need to be Successful with 3D Printing in the Classroom
MakerBot is the leading education 3D printing system that is ready out of the box. There is no need to spend valuable time tinkering with your machine to achieve perfect prints.
Educators Guidebook
The Definitive Guide to 3D Printing in the Classroom
2020 MakerBot Grant Guide
This guide is designed to make it easier for educators and administrators to find and secure valuable grants year-round.
3D Printing Curriculum Planning
Hundreds of STEM lesson plans and ISTE-certified professional development included.
SKETCH Classroom™
Whether back in the classroom or teaching from home, the SKETCH platform provides you with what you need to effectively incorporate 3D printing into the new school year.
Get access to 600 + MakerBot Education-reviewed & accepted community-driven lesson plans. Find lesson plans applicable to your classroom and instruction for grade levels and subjects.
Heated & Flexible Buildplate
Heated build plate for secure, efficient printing and a versatile surface to make it a breeze to remove finished prints.
Touch Screen Controls
With an intuitive interface, built for easy 3D printing navigation, start, track and pause your students’ prints.
Enclosed Chamber & Particulate Filter
Student safety is a top priority. MakerBot uses an enclosed chamber to keep hands safe and a particulate filter to ensure good air quality in the classroom.
Single Printer Setup
One MakerBot Sketch™ Desktop 3D Printer
Ⓐ 1 MakerBot SKETCH™ 3D Printer
Ⓑ MakerBot Cloud™
Ⓓ 3 MakerBot PLA Spools
Ⓔ 2 Build Plates
Ⓕ 1 Spatula
Ⓖ 1 Snip
The MakerBot Certification™ Program For Students And Teachers
Ⓒ 1 Seat in MakerBot Certification™ for Educators
Ⓒ 5 Seats in MakerBot Certification™ for Students
Multiple Printer Setup
One MakerBot Sketch™ Desktop 3D Printer
Ⓐ 2 MakerBot SKETCH™ 3D Printer
Ⓑ MakerBot Cloud™
Ⓓ 6 MakerBot PLA Spools
Ⓔ 4 Build Plates
Ⓕ 2 Spatula
Ⓖ 2 Snip
The MakerBot Certification™ Program For Students And Teachers
Ⓒ 2 Seat in MakerBot Certification™ for Educators
Ⓒ 10 Seats in MakerBot Certification™ for Students
Replicator+ Desktop 3D Printer
The MakerBot Replicator+ Desktop 3D Printer is the leading 3D printing solution in education. This printer has helped prepare students at over 7,000 schools.
- 3D Printing Ready - Reliability Tested For Over 400,000 Hours
- ISTE Certified Aligned Lesson Plans
- MakerBot Cloud™ & Print from TinkerCAD™ Integrations
Heated & Flexible Buildplate
Heated build plate for secure, efficient printing and a versatile surface to make it a breeze to remove finished prints.
Enclosed Chamber & Particulate Filter
Student safety is a top priority. MakerBot uses an enclosed chamber to keep hands safe and a particulate filter to ensure good air quality in the classroom.
Method
The MakerBot Method provides uncompromised productivity for prototyping, modeling, end-use components and multi-industry capabilities straight out of the box.
Professional 3D Printing Within Student Reach
Forward-Looking Career Readiness
Open Materials Plattform
Stratasys
Certify Students in Additive Manufacturing Skills Industry Demands
Educational institutions enrolled at Stratasys-approved certification program sites have access to 40 contact hours of exam prep content organized into modules and accessible through the Stratasys LMS.
Top Tactics to Secure Funding for your 3D Printer
A thorough guide on how to prepare a successful grant application.
5 Best Practices For 3D Printing In The Classroom
This report offers advice for helping faculty integrate 3D printing into their courses to improve student learning.
Stratasys Additive Manufacturing Certification Learning Content
MODULE 1
Overview of Additive Manufacturing
MODULE 2
Additive Manufacturing Technologies
MODULE 3
Industries and Applications Using Stratasys
MODULE 4
Stratasys Materials and Their Properties
MODULE 5
Stratasys Technology and Key Specifications
MODULE 6
Design Considerations: From CAD To CAM
MODULE 7
Fabrication Considerations
MODULE 8
Post-Processing
Whats Included
1. LMS Instructor Profile access
2. Instructor Enablement Tools
Downloadable multi-media PowerPoint presentations
Instructor notes
Module quizzes & answer keys
Hands-on projects & labs
Access to GrabCAD & Insight CAM software
Supplemental readings & resources
3. LMS Student Profiles access
Presentations, Videos, Readings
Technical Resources & Guides (i.e. material data sheets, technical applications guides, specification sheets)
Access to GrabCAD & Insight CAM software
Exam prep quizzes
Exam (during the testing period)
Overcoming the skills gap
The next generation of designers, engineers, and technicians have yet to graduate college. Overcoming the additive manufacturing skills gap depends on nurturing these talented young minds with access to real-world experience, the development of practical skills, and access to industry-grade technologies.
Feeding hungry young minds by letting them create something they can touch and feel is crucial to making a lasting impact on their education. By incorporating 3D printing technology into your curriculum, you’re giving students the chance to use their imaginations and create instead of working in concepts and theories. The learning doesn’t stop with graduate students either. By incorporating 3D printers in your research departments you’re improving the accuracy and quality of research by validating designs and testing functional prototypes.