Focus on automation leads to Severstal’s second investment in Airborne
Russian mining and steel firm Severstal’s $10 million investment makes Airborne the first-choice partner in Russia for all composite projects.
Source | Severstal
Mining and steel company PAO Severstal (Cherepovets, Russia) announced on June 1 that it has made a second investment tranche into Dutch company Airborne (The Hague, Netherlands), a composites fabricator involved in digital automation manufacturing. The total investment in Airborne is more than $10 million.
Despite the coronavirus pandemic crisis, which has placed many of Severstal’s global venture projects on hold, the company says it has led the new investment in Airborne with support of existing shareholders, including HPE Growth. "COVID-19 has intensified the need for automation across most industries. Where before we pursued digitalization to increase our internal efficiency levels, we are now driven by a necessity to guarantee the safety of our people, and safeguard the continuity of our production processes,” says Andrey Laptev, Severstal director of business development and corporate venture products. “Severstal has also made this investment to support entrepreneurs engaged in breakthrough technologies, and to bring promising companies to the Russian market.”
Led by Airborne’s involvement in the automotive, construction, shipbuilding, aerospace and electronics sectors, Severstal and Airborne have entered into a technology partnership agreement in Russia. Under the agreement terms, Severstal will be Airborne’s first-choice partner in Russia for the implementation of all composite projects, including the automated production of composite parts.
Related Content
-
Aitiip concludes HELACS project with waterjet cutting demonstration
Novel platform involving digital twin and human-robot collaboration succeeded in cutting a component from the 19th section of an A350 wing, highlighting its ability to enable composite structure recycling.
-
Siemens Gamesa, Airborne develop automatic preforming robot system for offshore wind blades
Danish-funded ALMA project furthers collaboration, adds new functionality, advanced sensor systems and digital twinning for reduced man-hours, waste and cost per blade.
-
IMDEA introduces digital twin for real-time analysis of composite materials production
Newly designed digital twin by IMDEA and Technical University of Madrid researchers enables manufacturers to see inside composite materials as they are being produced, facilitating early detection of faults.