Purdue University

3D printed soft robots could could help address the shortage of healthcare workers.

Process allows for the printing of thick materials with high levels of precision by applying ultrasonic vibrations to the nozzle to reduce friction and allow for smooth materials flow.

The researchers were able to 3D print viscous materials by applying a high-amplitude ultrasonic vibration to the nozzle of the 3D printer.

Anark Core and MBEWeb will be deployed as part of Purdue's MBE and Digital Thread education and professional training programs

Student Design Competition Profile: The Rube Goldberg Machine Contest

The partners plan to explore new developments in thermoplastic materials with the goal to lower wind turbine production costs, improve recyclability and expand applicability.

The center will focus on composite materials research.

Engineering students get digital access to simulation and design software training materials.