Big metal 3D printing and lots of laser power: TCT Asia 2026 in pictures
Rocket engines, 256-laser machines and AI infrastructure.
Rocket engines, 256-laser machines and AI infrastructure.
The two companies have signed a five-year agreement.
Head of Content at TCT Magazine, joined the publication in 2015 and is now recognised as one of additive manufacturing’s leading voices. Her deep application knowledge and C-suite connections make her industry insight second to none.
All articles
Group Content Manager, began writing for TCT Magazine in 2016 and has since become one of additive manufacturing’s go-to journalists. From breaking news to in-depth analysis, Sam’s insight and expertise are highly sought after.
All articles
The MOSA for Defense & Warfare Summit convenes senior leaders from across the U.S. Department of War, Military Services, acquisition authorities, academia and industry.
Learn how water-breakable resin tooling reduces lead times, simplifies mold removal, and enables complex part geometries.
Compare production systems and find your next AM solution.
View the Full Guide
Mil-Ready. ITAR-Ready. Built from Motorsport DNA.
Additive Screen Printing offers a scalable way to produce micro-precision parts while maintaining production speed.
Frédéric Hébert, Vice President of Products and Innovation for the Collaborative Suite at InnovMetric, explains how engineers and QC leads would benefit from an upgraded data management solution.
The Spanish manufacturer of high-pressure technology presents its range of Hot Isostatic Presses (HIP) as the key solution to densify critical components and eliminate porosity in 3D-printed parts.
Technology from EOS & Materialise was leveraged by aerospace supplier VOCUS GmbH.
Cognitive Design Systems software provided a clearer view of the cost implications of using AM.
Xact Metal's XM200G system & Uddeholm Corrax steel were used to manufacture the tooling component.
The ROBOZE Argo 500 HYPERSPEED solution was used to manufacture the critical component.
XJet's NanoParticle Jetting technology has been deployed in combination with an AI-powered design process.
BMF believes it is the world's thinnest veneer product.
MacLean Additive worked with Fraunhofer ILT to additively manufacture the component.
CRP Technology developed a fully monolithic architecture produced via SLS using Windform SP.
The two companies have signed a five-year agreement.
The company expects it to enable the European launch of its NextDent Jetted Denture Solution this summer.