Sauber Applied sciences and Alfa Romeo F1 Workforce ORLEN have prolonged their partnership with Additive Industries for one more three years.
Additive Industries’ MetalFAB additive manufacturing platform has been utilized by Sauber Applied sciences since 2017, with 4 techniques presently deployed.
In 2017, the organisations agreed to work collectively for an preliminary three years, however that was prolonged to 2022 in 2018. As a result of success of the collaboration, the companions have agreed to work collectively by to 2025, with the give attention to ‘productiveness, half reproducibility and industrial collection manufacturing.’ Since its preliminary deployment of the MetalFAB system, Sauber Applied sciences has been capable of scale back cycle instances within the manufacturing of elements for wind tunnel fashions, F1 race vehicles and third-party companies.
“Over the course of our profitable partnership, Additive Industries have change into a vital ingredient within the providing of Sauber Applied sciences,” Christoph Hansen, COO of Sauber Applied sciences. “Ever since we launched the MetalFAB techniques to our processes, our in-house capabilities have elevated in a big method: Additive Industries continues to supply us with one of the simplest ways to fabricate essentially the most superior elements for our motorsport operations, in addition to our rising cohort of consumers, decreasing lead instances, prices and waste whereas pushing ahead the boundaries of know-how.”
“We’re very proud to be consistently recognised by Sauber Applied sciences for our class-leading automated industrial steel additive manufacturing options,” added Mark Massey, Chief Industrial Officer at Additive Industries. “We encourage one another to push our boundaries and to innovate. We’re dedicated to persevering with our long-term partnership develop and evolve within the coming years.”
Need to focus on? Be part of the dialog on the Additive Manufacturing International Neighborhood Discord.
Get your FREE print subscription to TCT Journal.
