LATEST 3D PRINTING RESEARCH
Researchers have developed what appears to be a far more accessible method of developing highly complex 3D models for 3D printing.
Researchers at the University of Duisburg-Essen have developed a way to generate colors during SLS 3D printing processes.
A test device made by the Oak Ridge National Lab has developed a prototype device that can more efficiently capture CO2.
Non-planar 3D printing is perhaps a term you’re not familiar with, but if Gabriel Boutin has his way, you will in the future.
New research has uncovered a potential method for 3D printing ceramic materials using microwaves.
Women in 3D Printing’s 2020 Diversity for Additive Manufacturing report is a special edition, and it’s something everyone should read.
Researchers in Austin have developed a method of successfully 3D printing a soil mixture, but it’s not as easy as it sounds.
Researchers have found a way to directly observe micro-cracking of 3D printed tungsten metal.
I’ve recently been corresponding with reader Michał Baran, who has been working on one of the most unusual 3D printing processes yet seen.
When I saw 3DSLA.RU’s unusual microwave-based 3D printer last November at Formnext, I thought it was the only one. I was wrong.
Researchers from the University of Massachusetts have developed an unusual hybrid 3D printing process that both speeds and strengthens prints.
Researchers at Columbia University have developed a unique form of powder 3D printing that is inverted.