Industry Insights Aerospace

Cutting costs and material use in an aerospace project

Cutting Costs and Material Use in an Aerospace Project Case study developed by Université de Bordeaux and Institut de Mécanique et d'Ingénierie de Bordeaux (I2M). Researchers at the I2M laboratory...

Localized production of critical aerospace components

Localizing Production of Turbine Jet Engine Housings The aerospace sector is governed by a relentless pursuit of efficiency, not just in aerodynamic performance, but in manufacturing logistics. For components like...

Printing 500 mm Titanium Rocket Rings

A Rocket Ring Without a Rocket-Sized Plate Building a rocket in a country without an existing rocket supply chain means every part is a decision, and some of those decisions...

Advanced 3D Printing Technology for Defence and Aerospace

The defence and aerospace sectors demand the very highest performance from manufacturing technologies. Components must be lightweight yet strong, production must be fast yet secure – and everything must perform...

Cutting costs and material use in an aerospace project

Researchers at the I2M laboratory specialise in Additive Manufacturing (AM), particularly metal 3D printing processes. Teachers in BUT graduate at the University of Bordeaux focus on design and manufacturing processes....

Minifactory and NLR aiming to the sky

Space X x MORE THAN 3D x 3DGBIRE

3DGBIRE & More Than 3D Team Up to Create the 3D Printed Space X Dragon Capsule On 2nd of August 2020, The SpaceX Dragon Capsule carrying Doug Hurley and Bob Behnken...

Industry Insights - Aerospace

Cutting costs and material use in an aerospace project

Localized production of critical aerospace components

Printing 500 mm Titanium Rocket Rings

Advanced 3D Printing Technology for Defence and Aerospace

Cutting costs and material use in an aerospace project

Minifactory and NLR aiming to the sky

Space X x MORE THAN 3D x 3DGBIRE

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