BIZU Space Partners with EOS to Enhance 3D Printing Skills for Brazilian Space Launches
Written with artificial intelligence.
BIZU Space, a Brazilian aerospace startup, has announced a collaboration with EOS to provide its engineers with Design for Additive Manufacturing (DfAM) training. This partnership aims to support the development of Brazil's first privately developed orbital launch vehicle by utilizing metal 3D printing for key propulsion components.
Collaboration Overview
On October 29, 2026, Brazilian aerospace startup BIZU Space revealed a partnership with EOS, a company specializing in metal and polymer additive manufacturing. This collaboration will provide BIZU Space engineers with Design for Additive Manufacturing (DfAM) training, equipping them with essential skills to enhance their work on the nation’s first fully Brazilian orbital launch vehicle program.
Training and Technical Support
Through this partnership, BIZU Space will have access to DfAM courses via the Additive Minds Academy, EOS’s educational division focused on engineering and training. In addition to coursework, EOS experts will offer direct engineering support to BIZU Space’s propulsion team, reinforcing the importance of education in successfully integrating additive manufacturing in aerospace applications.
Importance of Additive Manufacturing in Aerospace
The collaboration emphasizes the growing reliance on additive manufacturing to accelerate innovation in space technology. Michael Wohlfart from EOS highlighted that successful programs combine technology with education, allowing engineers to understand the full potential of industrial 3D printing in demanding sectors like space propulsion. This initiative aims not only to enhance BIZU Space’s capabilities but also to foster DfAM expertise within Brazil’s commercial space sector.
BIZU Space’s Role in Brazil’s Space Program
BIZU Space is actively contributing to Brazil's MLBR (Brazilian Microlauncher) program, which seeks to establish independent access to low Earth orbit for small satellites. The company focuses on developing high-performance liquid rocket engines and is currently testing metal additive manufacturing for advanced engine components. With this initiative, Brazil is working towards becoming self-sufficient in launching capabilities, mirroring trends seen in other countries that have successfully integrated 3D printing into their aerospace industries.