You learned that in school today?
Impress professors, students, parents, and the people who hire your students by giving the next generation a learning experience that will leave a lasting impact on their academic and professional careers.
We’re already at the
University of Minnesota, Duluth
Dr. Menta of UMD states that it "not only enables us to conduct research in this exciting next-generation manufacturing technology but also allows us to bring true interdisciplinary instruction to our classrooms."
A problem needed solving.
For the longest time, mechanical and materials science researchers have envied their electrical associates’ state-of-the-art digital signal oscilloscopes and analyzers.
So, we put our printheads together.
Now, these disciplines can bring their departments together into the digital age with our robotic 3D printers, leveraging open-source Java-based software, robotic motion, and open material systems.
Provide a unique student experience
Robotic 3D printing combines many disciplines:
Materials science
Mechanical and electrical design for additive manufacturing
Server networking
Robotic programming
Additionally, accelerated project-based learning using our technology enables students to participate in multiple research opportunities throughout their academic careers.
How could this broaden the scope of our research?
Farther than your best telescope can see. Robotic 3D printing with industrial-grade thermoset and recyclable thermoplastic materials is an emerging field, so more research is required across manufacturing in several industries.
What about after they graduate?
Our open-materials platform and software system can transfer our technology into post-graduate research. Higher-performance materials can open opportunities for industry projects.
Expanding futures
Using sustainable, cutting-edge research technology opens exclusive doors for your students during and after their collegiate careers.
Want to graduate to the next level of 3D printing?
Start here.