Innovative design principles open up the possibility of pushing the limits of design freedom. In order for production to support this constructive need for freedom, voestalpine uses state-of-the-art technologies that are suitable for the properties of the materials used and meet the demands of aerospace.

Compared to other industries, aerospace is extremely long-term oriented and has stringent safety standards. This means that innovative manufacturing technologies in the production of critical components have to overcome enormous hurdles. New methods have to undergo an extremely intensive and costly approval process before they are even considered for use.

When producing aerospace parts, it is absolutely necessary to precisely fulfill customer specifications. Perfect performance-on-time and on-quality-is the only way a company can set itself apart from its competitors and become a preferred manufacturer of new parts. The key to success is a high level of expertise in the development of new parts, so that parts can be produced in series quickly within a stable process. If you look at the production route at voestalpine BÖHLER Aerospace in Kapfenberg, for example, you will find not only tried-and-tested processes but also the most advanced technologies in almost every step of the manufacturing process.

To meet the requirements of the highly demanding aerospace segment, voestalpine combines its technological USPs in production with ESPs (Emotional Selling Propositions). "It is always about the trust between voestalpine and the customers, about having a good gut feeling when working together. In addition to providing highest product quality and delivery reliability, we achieve this through open, honest, and prompt communication, customer and solution orientation, and flexibility within the scope of possibilities," says Bernd. This combination of USPs and ESPs forms the stable basis for successful long-term partnerships between voestalpine and its aerospace customers.

For voestalpine, the outlook for manufacturing technologies of the future is all about automation and digitalization. At voestalpine BÖHLER Aerospace, for example, the focus is on continually optimizing the sawing process for very tight tolerances and continually developing the premachining and finish machining processes. Other future technologies such as wire arc additive manufacturing-essentially 3D printing for large metal components-are also on the test bench. With ALP2 (Additive Layer Plasma Process), voestalpine BÖHLER Aerospace has already invested in the future in this area and is currently testing the process in greater depth for the discriminating aerospace industry.

One particular design philosophy that underlies all these highly innovative manufacturing technologies at voestalpine is lightweight construction. In the blog post "Higher, faster, lighter: aerospace and the pursuit of lightness", you can read more about optimal lightweight construction, the buy-to-fly ratio, and concurrent engineering.

voestalpine has been an established supplier to the aerospace industry for around 100 years. The Group manufactures extremely complex, highly stressed, safety-critical components for renowned customers worldwide so that virtually every aircraft flies with a piece of voestalpine. After the severe turbulence during the Covid-19 pandemic, the company with its focus on aerospace is providing insights into the very special (aero)dynamics of this business area.

voestalpine AG published this content on 26 July 2022 and is solely responsible for the information contained therein. Distributed by Public, unedited and unaltered, on 26 July 2022 09:38:02 UTC.