#CU ANSHUTCH PRINTME FULL#
#CU ANSHUTCH PRINTME LICENSE#

Fused Deposition Modeling (FDM) Process: A coil of thermoplastic material is continuously fed into the print head where it is melted and extruded onto the build plate.

Steps down after each layer is completed and the next layer is added to the 3D part. Bessesen is the director of the Anschutz Health and Wellness Center, an innovative research, education, and patient care facility on the CU Anschutz Medical Campus that aims to transform lives through science-based wellness strategies.

#CU ANSHUTCH PRINTME LICENSE#

This license is funded by Office of the Vice Chancellor of Research and the Office of Regulatory. LabArchives can be used for both research and teaching.

#CU ANSHUTCH PRINTME FULL#

ColorJet Process: A thin layer of core powder is rolled across the build plate in 0.1 mm layers and a colored binder is added to specific areas to solidify the material to create full color models. LabArchives and their notebook software interface is securely accessible via the internet from anywhere in the world, using modern web browsers on desktops, laptops, and mobile devices.Theīuild plate steps down and the next layer is rolled across the previous layer to build the 3D plastic part. A 20 micron layer is rolled across the surface of the build plate as a UV light shines to solidify the material. SPARK advances new technologies towards the clinic by providing education, access to industry expertise, a culture of innovation, and SPARK Awards, our flagship commercialization funding mechanism.

PolyJet Process: Liquid photopolymers are pumped into print heads much like a standard inkjet printer.

Plastic printing resources are available for students and researchers on both the Anschutz Medical Campus and Downtown Denver campuses. Printers with high resolution capabilities include the PolyJet and ColorJet printers.

Center for Inclusive Design and Engineering.

Cu anshutch printme