Microfluidics has applications in the medical and engineering fields. Learn why researchers believe 3D printing can change the manufacturing of microfluidic devices.
The ISAC Museum at the University of Chicago created a 3D printed replica with PolyJet technology to allow the Warka Vase to be rediscovered. Read more
Discover how Weber State University accelerated their advanced educational 3D printing capabilities by adding the Stratasys F370®CR composite 3D printer.
Read about the Polyphytes research project that utilized Stratasys' Liquid Print feature of the PolyJet Research Package to 3D print intricate, internal channels that perform just like the vascular systems in plants.
Student design team, Tecnun Motorsport reduces carbon fiber intake manifold weight by 60% with Stratasys 3D printed soluble cores.
Students solve problems daily with 3D printed solutions. QCC has launched over 100 projects in which students use 3D printing to provide solutions.
Dunwoody College of Technology incorporates hands-on, applied learning in their program where students gain high-demand skills with 3D printing.
3D printing gives students real-world experience creating self-balancing scooter with the help of Stratays technology.
This case study shows how Waters Corporation cut their prototyping time while refining the design process using PolyJet 3D printing technology.
OTH Regensburg students use 3D printing to develop sensor applications for the automotive, medical, industrial, electronic and mechanical industries.
