Stratasys leads with cutting-edge additive technology, revolutionizing research and enriching education making our portfolio the solution of choice.
Elevate academic research and unleash creativity with the transformative power of 3D printing for education at your fingertips, empowering students and researchers to bring their ideas to life.
See how we’re shaping the next generation of innovators, from robotics to biomedicine, from materials sciences to fashion design.
Queensborough Community College Experiments with FDM 3D Printing
Wentworth Institute Moves Careers Forward with Moving Part Designs
Weber State University Accelerates their Educational 3D Printing Capabilities
Preserving Cultural Heritage: University of Chicago Replicates Warka Vase with PolyJet™ 3D Printing
University of Notre Dame uses professional 3D printers to help students launch new businesses
Students at Boston University solve real-world problems using 3D printing
Savannah College of Art and Design leads with automated 3D printing
Milwaukee School of Engineering preps students for post-graduate life
Students gain high-demand skills with 3D printing at Dunwoody College of Technology
Interdisciplinary learning on advanced technology strengthens STEM at Marlborough High School
Old Dominion University uses 3D printing to compete at national competition
Clarkson’s unique 3D Printing education program powered by Stratasys Digital Anatomy Technology
The University of Wollongong uses several kinds of 3D printers to innovate its research
Victoria University of Wellington Research Package
3D Printing Sparks Scientific Interest in Youth at STARBASE Minnesota
MSU Denver Teams Up with Stratasys and Lockheed Martin to Certify Students' Additive Manufacturing Skills
Queensborough Community College Experiments with FDM 3D Printing
Wentworth Institute Moves Careers Forward with Moving Part Designs
Weber State University Accelerates their Educational 3D Printing Capabilities
Preserving Cultural Heritage: University of Chicago Replicates Warka Vase with PolyJet™ 3D Printing
University of Notre Dame uses professional 3D printers to help students launch new businesses
Students at Boston University solve real-world problems using 3D printing
Savannah College of Art and Design leads with automated 3D printing
Milwaukee School of Engineering preps students for post-graduate life
Students gain high-demand skills with 3D printing at Dunwoody College of Technology
Interdisciplinary learning on advanced technology strengthens STEM at Marlborough High School
Old Dominion University uses 3D printing to compete at national competition
Clarkson’s unique 3D Printing education program powered by Stratasys Digital Anatomy Technology
The University of Wollongong uses several kinds of 3D printers to innovate its research
Victoria University of Wellington Research Package
3D Printing Sparks Scientific Interest in Youth at STARBASE Minnesota
MSU Denver Teams Up with Stratasys and Lockheed Martin to Certify Students' Additive Manufacturing Skills
3D printing in education provides a wealth of opportunities to the higher educational sector and can help unlock amazing possibilities that lead to growth in innovation.
Here are just some of the ways our educational 3D printing technologies are elevating education and research.
Bring creativity to life with unmatched speed and precision. Designers can imagine, create, test, and revise in real-time.
Create highly precise and durable parts; and with multi-material you can print rigid and fluidic parts in a single print.
Create anatomical models of organs, tissues, and bones, or custom implants and prosthetics tailored to individual patients.
Materials science researchers can now create complex structures that would be impossible using traditional methods.
Visualize, test and validate theoretical models, structural performance, and functional aspects of your designs
Teach students about state-of-the-art design and manufacturing processes and cultivate the workforce of the future.
Bring creativity to life with unmatched speed and precision. Designers can imagine, create, test, and revise in real-time.
Create highly precise and durable parts; and with multi-material you can print rigid and fluidic parts in a single print.
Create anatomical models of organs, tissues, and bones, or custom implants and prosthetics tailored to individual patients.
Materials science researchers can now create complex structures that would be impossible using traditional methods.
Visualize, test and validate theoretical models, structural performance, and functional aspects of your designs
Teach students about state-of-the-art design and manufacturing processes and cultivate the workforce of the future.
With decades of experience working alongside industry leaders, Stratasys is your ‘one-stop-shop’ for universities, colleges and schools looking for 3D printing solutions. Below is a range of our most popular printers for the education sector.
Print up to seven materials simultaneously, creating accurate, detailed models and prototypes.
Take 3D printing to a whole new level with our multi material offering and 640,000 color pantene capabilities.
Direct to textile 3D printing is pushing the boundaries of design to create truly remarkable, one-of-a-kind pieces.
FDM technology uses thermoplastics, and is perfect for cost-effective prototyping and producing quality parts.
Print up to seven materials simultaneously, creating accurate, detailed models and prototypes.
Take 3D printing to a whole new level with our multi material offering and 640,000 color pantene capabilities.
Direct to textile 3D printing is pushing the boundaries of design to create truly remarkable, one-of-a-kind pieces.
FDM technology uses thermoplastics, and is perfect for cost-effective prototyping and producing quality parts.
3D printing technology has come a long way, giving you unprecedented creative and engineering freedom. Choose from a wide range of thermoplastic polymers, photopolymers, and composites, knowing all our materials are validated to work seamlessly with our 3D printers.
A diverse palette for creating prototypes, parts, and visual models. Bring your designs to life with a range of colors and finishes.
A broad range of thermoplastics ranging from durable engineering grade to high-strength, high-performance options.
A diverse palette for creating prototypes, parts, and visual models. Bring your designs to life with a range of colors and finishes.
A broad range of thermoplastics ranging from durable engineering grade to high-strength, high-performance options.
Receive industry-endorsed training to help transfer AM Certification skills and knowledge to your students. Industry-endorsed training allows greater access to funding for technical equipment.
Certify your students with additive manufacturing skills that industry is demanding and looking to hire.
Every researcher strives to advance their field of study. 3D printers are an exceptional tool to illustrate and model findings in vivid detail. With access to multi-material deposition, orientation and precise control of structural aesthetics, researchers can make ideas come to life.
Cutting-edge technology can attract the best students and staff in higher education. It provides students a path to gaining critical academic and STEAM skills through hands-on learning. Galvanize an entire campus, generate excitement, inspire collaboration and foster student entrepreneurship with hands-on experiences in professional 3D printing.
Experts predict a shortage of skilled workers could lead to millions of unfilled jobs. Globally, manufacturers are counting on career and technical schools to develop programs that attract talented students and prepare them to work in advanced technology sectors using knowledge far beyond what was required a generation ago.
Every researcher strives to advance their field of study. 3D printers are an exceptional tool to illustrate and model findings in vivid detail. With access to multi-material deposition, orientation and precise control of structural aesthetics, researchers can make ideas come to life.
Cutting-edge technology can attract the best students and staff in higher education. It provides students a path to gaining critical academic and STEAM skills through hands-on learning. Galvanize an entire campus, generate excitement, inspire collaboration and foster student entrepreneurship with hands-on experiences in professional 3D printing.
Experts predict a shortage of skilled workers could lead to millions of unfilled jobs. Globally, manufacturers are counting on career and technical schools to develop programs that attract talented students and prepare them to work in advanced technology sectors using knowledge far beyond what was required a generation ago.
Resources for Educators and Researchers.
Learn how Stratasys J850 TechStyle 3D printer 3D& 3DFashion technology helps U3DP decoding fashion and enables personalized apparel design. Read more now
View moreThe University of Wollongong uses 3D printers to innovate its research into nano-scale materials and energy and medical bionics applications.
View more3D printing gives students real-world experience creating self-balancing scooter with the help of Stratays technology.
View moreLearn how Stratasys J850 TechStyle 3D printer 3D& 3DFashion technology helps U3DP decoding fashion and enables personalized apparel design. Read more now
View moreThe University of Wollongong uses 3D printers to innovate its research into nano-scale materials and energy and medical bionics applications.
View more3D printing gives students real-world experience creating self-balancing scooter with the help of Stratays technology.
View more
