Nov 9, 2016 | By Alec

Is France the next up-and-coming industrial 3D printing hub? It certainly seems that way, as various high profile 3D printing initiatives have recently kicked off in France. Just a few months ago, for example, French startup XtreeE and various high profile construction companies launched a serious construction 3D printing initiative, benefiting from the innovation-friendly climate in France. But the French aerospace sector is not far behind. Safran, one of the biggest manufacturers in that field, has just signed a collaborative partnership deal with Australia’s Amaero Engineering and Monash University to start 3D printing space-bound aerospace components – including gas turbines for jet engines.

Safran itself is a major manufacturer especially focused on aerospace, defense and security. With more than 70,000 employees and a 2015 sales revenue that clocked in at 17.4 billion euros, they are one of the biggest players in Europe’s aerospace manufacturing sector. Their Power Unit department is especially known for their innovative turbojet engines for civil and military aircraft, missiles and target drones, and they will play a key role in this new 3D printing initiative.

Amaero itself is a spin-off company that grew out of Monash research that will now be setting up a Toulouse facility to support Safran. “Our new facility will be embedded within the Safran Power Units factory in Toulouse and will make components for Safran’s auxiliary power units and turbojet engines,” CEO Barrie Finnin revealed. Aside from Monash University, this collaboration is also supported by the Australian Government through the Entrepreneur’s Programme, while CSIRO, SIEF and Deakin University are also involved.

Specifically, Amaero will provide access to Safran Power Units with two industrial SLM 3D printers and bring their know-how and intellectual property to their Toulouse factory. Through the work of Monash and Amaero scientists, these 3D printers have also been specifically customized to meet the strict requirements of Safran Power Units’ engine manufacturing systems. What’s more, Amaero will be actively involved in the manufacturing process. As part of the deal, Safran will design the parts, and Amaero will 3D print them and remain in charge of post-processing and assembly. Safran will subsequently test and validate the 3D printed components, with an eye on serial production starting in 2017.

This deal can be traced back to 2015, when Monash University, Amaero and Safran Power Units presented what they called the ‘world’s first printed jet engine mock up’ at the Melbourne International Airshow. Essentially, they took a Safran Power Units gas turbine from a Falcon 20 executive jet and 3D printed two copies after 3D scanning them – a project that demonstrated their collaborative ability to 3D print major and critical jet engine components. Combustion chambers, air inlet casings and nozzles were also on their hitlist. Along with Safran’s certification process, it enabled quick serial production.

That initial success paved the way for this new stage in their partnership, which Monash University’s Vice-Provost Professor Ian Smith called an excellent example of how research can have commercial impact on a global scale. “I am delighted that Monash is contributing to global innovation and attracting business investment with our world-class research. The Amaero-Safran collaboration is a fabulous example of how universities and industry can link together to translate research into real commercial outcomes,” Professor Smith said. “The new venture is part of Monash University’s large-scale investment in innovation on our Clayton campus, which brings together a dynamic cluster of research, research infrastructure and industry partners. Collectively we and our industry collaborators are driving technological change and advancing manufacturing – delivering real social and economic impact.”

Professor Xinhua Wu, of Monash’s Centre for Additive Manufacturing echoed those statements, adding that they are very closely collaborating with Safran. “I’m delighted to see our technology leap from the laboratory to a factory at the heart of Europe’s aerospace industry in Toulouse,” he said.

But even before that initial success, Monash had been working with Safran on bringing 3D printing to the production stage. As François Tarel, CEO of Safran Power Units, declared, the technology has been way up on their list of targets over the past five years. “The stakes are high: weight reduction, huge production cycles shortening and designs innovation.  Safran Group advances and our partner leading-edge expertise allow us to stay ahead and to supply the most sophisticated components. This is not just a matter of 3D printing, the 3P rule applies: setting the right parameter for the right part and the right expected performance” Tarel. The first results of this collaboration could go into production as early as the first quarter of 2017.

But Amaero and Monash are not completely focused on Toulouse, as they are also bringing their aerospace 3D printing innovations to various Australian industries. Among others, they are working on a range of biomedical devices, customized surgical tools and scaffolds that can replace large tumors that are surgically removed. Mining and food processing applications are also on the agenda. We’re getting closer and closer to large scale metal manufacturing through 3D printing.

 

 

Posted in 3D Printing Application

 

 

Maybe you also like:


   






Leave a comment:

Your Name:

 


Subscribe us to

3ders.org Feeds 3ders.org twitter 3ders.org facebook   

About 3Ders.org

3Ders.org provides the latest news about 3D printing technology and 3D printers. We are now six years old and have around 1.5 million unique visitors per month.

News Archive