Academia, Research & Development

ORNL reveals new high-temp additive manufacturing aluminium alloy

ORNL says the material could redefine standards for high-performance automotive and aerospace components.

By Sam Davies

/ 4 Jun 2026

ORNL reveals new high-temp additive manufacturing aluminium alloy

A Study of Mechanical, Vibration, Post Processing, and Microstructure Characteristics of Carbon-Nanotube Infused Polymers in Material Extrusion

Researchers from the Tennessee Technological University share the findings of two studies into 3D printed carbon-nanotube-based materials.

By TCT Team

/ 1 Jun 2026

A Study of Mechanical, Vibration, Post Processing, and Microstructure Characteristics of Carbon-Nanotube Infused Polymers in Material Extrusion

ROBOZE to conduct research into Carbon–Carbon & Ceramic Matrix Composites with Swiss university

Carbon–Carbon and CMC are known for their exceptional resistance to ultra-high temperatures, thermal shock, and aggressive operating conditions.

By Sam Davies

/ 26 May 2026

ROBOZE to conduct research into Carbon–Carbon & Ceramic Matrix Composites with Swiss university

3D printing meets quantum technology: How AM design freedom can sculpt gas flow in vacuum

Nathan Cooper and Benjamin Hopton on creating 3D printed surfaces with intricate textures that can bounce unwanted gas particles away from quantum sensors, allowing useful particles like atoms to be delivered more efficiently, and improve measurement accuracy.

By TCT Team

/ 3 Apr 2026

3D printing meets quantum technology: How AM design freedom can sculpt gas flow in vacuum

Addiguru enters & expands several partnerships to advance adoption of in-situ monitoring technology

Renishaw, Apex Additive, MTC, LISI Aerospace & the University of Bolton are all working with Addiguru.

By Sam Davies

/ 11 Mar 2026

Addiguru enters & expands several partnerships to advance adoption of in-situ monitoring technology

Alloyed secures £1 million to develop next-gen nickel-based superalloy for 3D printing jet engine parts

The company, believes the material will be "game changing" for building gas turbines for aerospace propulsion and industrial power generation.

By Laura Griffiths

/ 19 Feb 2026

Alloyed secures £1 million to develop next-gen nickel-based superalloy for 3D printing jet engine parts

ESA project explores turning lunar soil into conductive 3D printing material

"This opens completely new opportunities for off-earth manufacturing of electronics for future space missions."

By Laura Griffiths

/ 4 Feb 2026

ESA project explores turning lunar soil into conductive 3D printing material

UK researchers to explore multi-metal additive manufacturing for fusion energy

"By mastering multi-metal additive manufacturing, we’re opening the door to a new generation of engineered materials."

By Laura Griffiths

/ 20 Jan 2026

UK researchers to explore multi-metal additive manufacturing for fusion energy

Rensselaer Polytechnic Institute & Titomic working to develop cold spray additive solution for lithium-ion battery electrode manufacturing

Rensselaer Polytechnic Institute (RPI) is working with Titomic to advance its Titomic Kinetic Fusion technology for lithium-ion battery (LIB) electrode manufacturing. With support from the National Science Foundation (NSF) Energy

By Sam Davies

/ 10 Dec 2025

Rensselaer Polytechnic Institute & Titomic working to develop cold spray additive solution for lithium-ion battery electrode manufacturing

Auburn University installs Continuous Composites CF3D Enterprise Cell

The installation strengthens the facility's role within the region's fast-growing hypersonic development ecosystem.

By TCT Team

/ 9 Dec 2025

Auburn University installs Continuous Composites CF3D Enterprise Cell

Printing microstructures for performance not parts: A strength-ductility balance unlocked in 3D printed titanium

Dina M. Fouad and Moataz M. Attallah on unlocking strength–ductility synergy in Ti-6Al-4V by microstructure engineering of prior β in laser beam powder bed fusion.

By TCT Team

/ 15 Nov 2025

Printing microstructures for performance not parts: A strength-ductility balance unlocked in 3D printed titanium

ASTRO America to lead $1.66m inspection & qualification project for complex 3D printed parts

The ASTRO-led team will pursue in-situ, layer-by-layer inspection of lattice structures, enabling near-real-time flaw detection and deformation prediction during the build process.

By Sam Davies

/ 1 Oct 2025