Research & Development

If you think for a second, the biggest innovations that are shaking the world of today started with R&D. This stage has been fundamental in any industrial revolution, including additive manufacturing. This segment highlights the latest AM developments in the R&D sector.

LPW Technology takes advantage of data mining and alloy design for the rapidly growing metal additive manufacturing technology

With the support of the Royal Academy of Engineering, Professor Pedro Rivera led the research ‘Alloy and microstructure design for additive layer manufacturing’ which...

GE Global Research develops methods to accelerate laser additive manufacturing processes

Aerodynamics (Aero) and Computational Fluid Dynamics (CFD) teams at GE’s labs in Niskayuna (New York) and Munich (Germany) are currently developing ways to speed...

Researchers produced the smallest 3D printed microfluidic device

Researchers at Utah’s Brigham Young University 3D printed a microfluidic that can be used at a scale below 100 micrometers. This “lab on chip”...

The NIST and Duck Bong Kim address three of the challenges to production-ready metal 3D printing

Even though (additive manufacturing) AM is a driven factor of the next industrial revolution, work still needs to be done to reach a full-production...

The “first entirely soft artificial heart”, by ETH Zurich

ETH Zurich makes use of 3D printing to create a silicone artificial heart. Indeed, statistics show that 26 million people suffer from heart failure...

What if 3D Printed gel could fix your shattered smartphone screen ?

Researchers at the University of Melbourne (in Australia) are currently developing 3D printed gel that could be used to fix a smartphone’s broken screen....