The first ever scientific long-term study on 3D-printed bioceramic patient specific implants (PSI) shows impressive results ...

WSU's innovative use of corn protein in lithium-sulfur batteries addresses critical performance issues, advancing the ...

Airframe Designs has completed a collaborative R&D project co-funded by Innovate UK to advance ultra-polymer additive ...

This study explores recycled carbon fiber–reinforced PA66 filaments for automotive 3D printing, showing strong thermal and rheological performance in sustainable prototyping.

A new study introduces the Thermal Runaway Factor (TRF) as a predictive safety metric for lithium-ion batteries, enabling ...

Simplifyber, a materials startup pioneering an innovative 3D-molding process to radically reduce the environmental impact of ...

A new study introduces NanoMOF-based composites that combine visible and invisible photoluminescence with conductivity for ...

The University of Michigan leads a DARPA initiative to predict the lifespan of LPBF 3D-printed metal parts, ensuring quality and durability in military use.

This study presents an innovative approach to single-atom catalysts, overcoming oxidative addition challenges in cross-coupling reactions for pharmaceuticals.

Optimized synthesis of Co-Sn sulfides enhances sodium-ion battery stability and capacity, positioning SIBs as a viable ...

The H-811.I2 miniature hexapod from Physik Instrumente (PI) stands out with its small footprint and its proven reliability in applications with high numbers of cycles, such as in optical manufacturing ...

Discover how part orientation affects strength, finish, and efficiency in 3D printing. Learn optimization techniques that ...