Machining and repair of complex aerospace and defense components
This on-demand webinar explains how digital twin technology and adaptive machining solve real-world part variation challenges in aerospace and defense manufacturing. Siemens and TTL demonstrate measurement-driven workflows that reduce manual finishing, improve MRO efficiency and enable faster repair of high-value components including turbine blades, vanes, blisks and engine casings.
Manufacturing, engineering and maintenance leaders will learn how to address supply chain disruptions, workforce shortages and increasing component complexity through automated, data-driven machining processes.
This webinar covers:
- How digital twin technology creates a flexible backbone for complex aerospace and defense manufacturing
- How adaptive machining compensates for part variation in castings, forgings and repaired components
- Measurement-driven workflows that automate repair programming and reduce scrap rates
- Real-world examples: nozzle guide vane repair, large-scale pressure vessel machining, die repair and propeller manufacturing
- How to reduce manual finishing time while maintaining tight tolerances and regulatory compliance
Watch the on-demand webinar today.
講演者の紹介
David Hambling氏
防衛産業スペシャリスト
David Hambling氏は、防衛関連技術を専門とするジャーナリスト、作家、コンサルタントです。Aviation Week、New Scientist、エコノミスト、Popular Mechanics、およびその他の出版物に寄稿し、ロンドンを拠点に活動しています。
Simon Rogers
Vice President
Simon Rogers is Vice President at TTL Solutions, where he helps manufacturers improve complex machining and repair processes through adaptive machining solutions. He works closely with industry to apply Siemens engineering software and practical automation strategies to real-world manufacturing challenges, with a strong focus on high-value, high-complexity components.
Kevin Williams
Technical Account Manager
Kevin Williams is a Technical Account Manager for Aerospace and Defense at Siemens Digital Industries Software. With over a 15 years experience, he helps organizations deliver digital transformation through enterprise engineering and manufacturing software, using the digital thread to enable more efficient, connected and sustainable innovation.