Multi-material Grayscale Stereolithography of Gradient Composites with Deterministic Control over Integration (PDF)
Multi-material Grayscale Stereolithography of Gradient Composites with Deterministic Control over Integration
Multi-material Grayscale Stereolithography of Gradient Composites with Deterministic Control over Integration
Fast Robotic Soft Matter 3D Printing for Neurosurgical Phantoms Fabrication: Proof of Concept
Laying the Groundwork for Industrial 3D-Printed Parts in Oil & Gas Applications [PDF]
Runner-Up of 2021 Aubin Case Study Award
Improving Critical Rocket Engine Performance with Advanced Metal AM [PDF]
Additive manufacturing/3D-printing is changing the face of medicine as engineers and physicians are able to develop adaptive devices that are fully customized to the wearer. These devices often serve as assistive devices or tools for unique activities such as sports, hobbies or professions that the wearer is engaged in.
Additive manufacturing/3D printing is changing the way things are made. From the rapid prototyping lab all the way to the manufacturing floor. Companies in the automotive, aerospace and consumer goods industries are leaning into an era of Industry 4.0, a technological playing field where additive augments other technologies like robotics to provide higher throughput.
2020 AMUG Conference