Silicone Suspension 3D Printing! The Chinese University of Hong Kong Jointly Develops a Robot-Assisted Multi-Axis Embedded System
Hardware System: Six-Axis Coordination …
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Silicone Suspension 3D Printing! The Chinese University of Hong Kong Jointly Develops a Robot-Assisted Multi-Axis Embedded System
Today, with the rapid development of so…
3D Printing Achieves 2-Micrometer Microfluidic Channels—30 Times Thinner Than a Human Hair, Reported in a Nature Communications Study
The research team from the University o…
High-Performance Metal 3D Printing Materials Take Center Stage, Breaking Material Limits and Process Barriers!
As additive manufacturing technologies …
Additive Manufacturing of Aerospace Lattice Structures: Basic Classifications and Characteristics
Lattice structures are space-filling ce…
Germany’s Fraunhofer Society Makes Major New Advances in 3D Printing Technology
On February 28, Fraunhofer Society anno…
Recycled Titanium 3D-Printed Aerospace Components Successfully Complete Helicopter Test Flight — But How Reliable Are They?
Recycled titanium powder has achieved a…