The fifth edition of the Additive Manufacturing for Aerospace and Space conference gathered in February 2019 over 200 AM users, R&D experts and industry partners within the aerospace and space industry. Chaired by Paul Evans, Head of Manufacturing Technologies and Processes, Airbus Group and Jason Gilmore, New Product and R&D Technical Lead, Airbus Defence and Space, the conference agenda featured presentations from BAE Systems, Boeing, EASA, the UK Additive Manufacturing Strategy Steering Group, Thales, ESA, Launcher, the Manufacturing Technology Centre and many more. The attendees were invited to visit Airbus Defence and Space’s Stevenage facility, where they had the possibility to learn more about the design and manufacture of their advanced satellites and systems, and get the chance to see the European Space Agency’s ExoMars rover in the Mars yard.
Defence IQ have created an exclusive complimentary post show report outlining the highlights from the 2019 conference.
Download the post show report now >>
In downloading the post show report, you will have exclusive access to:
- A snapshot of 2019 attendees
- 2019 content and onsite interviews with:
- Our 2019 event partners
- What attendees can expect from our lead event partner at our 2020 event
- Our early confirmed 2020 event sponsors
- Our 2020 advisory board
Additive Manufacturing Aerospace and Space 2020 will take place on 25-27 February 2020 in Birmingham, which is part of the Midlands aerospace cluster, with the region home to over 25% of UK aerospace industry, 7% of Europe’s and 3% of the global market. With Siemens/Material Solutions as the lead event partner, the 2020 conference will include a site visit to the Siemens/Material Solutions state-of-the-art printing facility. You can view the full agenda here.
Ahead of this year’s Additive Manufacturing for Aerospace and Space conference, Defence iQ gained exclusive insight from Phil Hatherley, General Manager, Materials Solutions - A Siemens Business, the lead partner of the conference.
Developing global standardization and certification of aerospace and space AM parts: Insights from ASTM International
In this exclusive interview, Mohsen Seifi, Director, Global AM Programmes, ASTM International and key speaker at this year’s Additive Manufacturing for Aerospace and Space conference, discusses how ASTM International is helping the aerospace and space industry to overcome a key challenge: the certification of AM parts across the global, interconnected supply chain.
Download the interview now >>
Benefits of reading the interview:
- Understand how organizations such as ASTM International can help you overcome your certification and standardization challenges
- Ensure that your own manufacturing process remains competitive and able to deliver repeatable and high quality components by achieving standardization of AM parts
In this interview, Mr Seifi answers the following questions:
- What is ASTM International and could you give us some insight into your role as Director of Global AM Programmes?
- Could you give us some background as to how ASTM International supports the aerospace/space industry?
- Why is it important that the certification of parts is standardized across the aerospace/space supply chain?
- What role does ASTM International play in defining quality standards for AM parts? Why is it important to have those set across companies globally?
- How can safety testing maximise the commercial viability of AM parts in the aerospace/space industry?
- What benefits are there for integrating quality screening early for AM parts certification? At what stage of the production process should this begin?
Read an exclusive preview of the interview below:
Having various parts in the supply chain certified by different certification bodies leads to uncertainty about whether the parts have been certified to the same quality level. If one trusted and recognized source can provide certification across all parts, product development is
Mr Seifi will speak at this year’s Additive Manufacturing for Aerospace and Space on standardizing the evaluation process of additive manufacturing applications within aerospace. You can download the full agenda conference here.
While additive manufacturing has been proven a reliable cost-saving technology to produce various aircraft parts, companies are now focusing their efforts towards serial additive manufacturing production. Key questions now arise around quality assurance and parts certification across the whole supply chain.
Ahead of Additive Manufacturing for Aerospace and Space 2020, Defence iQ compiled this report on the progress and key milestones needed to achieve serial additive manufacturing production, from three key players in the market: Thales, Trumpf and the European Space Agency. They discuss key priorities, challenges and what needs to be done in order to achieve large-scale additive production in the aerospace and space industries.
Download the report >>
Benefits of downloading the report:
- Understand how the AM and digital manufacturing market is developing in Europe towards large-scale production from key market players that will attend Additive Manufacturing for Aerospace and Space
- Hear more on key challenges that need to be overcome in order to achieve serial additive production, from key market players that will attend Additive Manufacturing for Aerospace and Space
In this report, gain insight from:
- Steven Catt, AM Technical Lead, Thales UK - who will return in 2020
- Volkan Duegmeci, Application Engineer for Aerospace Engineering, Trumpf - who will partner once more in 2020
- Advenit Makaya, Advanced Manufacturing, Engineer, European Space Agency – a representative is confirmed to speak in 2020
To view the full speaker panel and session details of Additive Manufacturing for Aerospace and Space 2020, you can download the agenda here. Key themes of the conference space, air and sea applications for additive manufacturing processes; certification and standardization strategies delivering critical assurance for aerospace and space applications; innovation and new technologies in additive manufacturing for aerospace and space; commercialization of research and development of short-term additive manufacturing strategies; assessment of through-life costs; engineer training to utilise additive manufacturing’s full potential.