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3D Printing and ceramic matrix composites at the heart of Rolls Royce new strategy for aerospace

Rolls Royce aims to mark its contribution in the future of civil aerospace. The company will take advantage of 3D printing and new materials...

GKN Aerospace saves time in Assembly production using Stratasys’ 3D printing technology

Production times and design constraints are a big challenge to overcome in manufacturing, especially in the aerospace industry which already requires a lot of...

Allevi and Made in Space to develop 3D Bioprinting in Space

The manufacturer of 3D bioprinters Allevi collaborates with Made in Space for a new mission: bring 3D Bioprinting in Space. Allevi’s objective is to...

Lockheed Martin and Arconic to propose new solutions for 3D Printing and Materials in the Aerospace industry

For the next two years, Lockheed Martin and Arconic will develop new materials and 3D printing processes for the aerospace industry. Metal 3D printing...

Interview – Kay-O Kissling, Sales Manager Aerospace – EMEA at 3D Systems on the use of Metal 3D Printing in the Aerospace sector

From digitization, design and simulation through manufacturing, inspection and management, 3D Systems offers a range of technologies that provides a seamless, customizable workflow designed...

Interview – Delphine Carponcin, Product Development Engineer at Airbus: metal 3D Printing in the aerospace sector

Airbus is one of those European groups that no longer needs a long-winded introduction because its expertise is recognized in the aerospace, space, civil...
The new lattice structure function allows users to create 3D prints with a cushioned or soft effect, ideal for realistic mock-ups of shoes and other soft items.

Mimaki updates “3D Print Prep Pro” with new capabilities for more complex data and broader applications

Mimaki Europe has announced a new version of its workflow management software for 3D printers. Mimaki 3D Print Prep Pro v2.0 (3DP3v2) automatically optimizes...
▲ Dome-shaped titanium high-pressure tank produced using a support-free additive manufacturing (3D printing) process ▲ Comparison of conventional additive manufacturing processes (left) and advanced support-free additive manufacturing processes (right)

INNOSPACE commercializes support-free titanium AM and it raises a familiar question

We'll be honest: when a company claims it has cracked support-free metal additive manufacturing for complex titanium aerospace components, within a standard LPBF environment,...
3D printed Shoes from Zellerfeld

Defining “Mass” in AM: Can 3D printer farms deliver consumer-scale production?

As the surge in entry-level 3D printer shipments tops 1 million in Q1, I can’t help but link it to the growing rise of...
solid oxide fuel cells (SOFCs)

DTU and Lithoz rethink fuel cell architecture with 3D-printed ceramic gyroids

For years, improving the power density of solid oxide fuel cells (SOFCs) meant gradually optimizing the same flat, stacked architecture, tightening seals, refining interconnects,...