Rooted in campus factories, AddUp 3D printing technology creates a new generation of “student engineers” for the additive industry

On October 4, 2021, Ohio State University passed the agreement with France3D printingThe machine manufacturer AddUp has collaborated to bring industrial-grade production capabilities to the student engineers of its Center for Design and Manufacturing Excellence (CDME).As part of their collaborative project, Ohio State University’s CDME has installed AddUp’s high-capacity FormUp 350 system in its campus facilities, and relevant students, researchers, and staff are studying how to optimize its performance.According to Ohio State University’s own statement, the installation of the system can now enable its engineers to provide repeatable series of industrial parts and further promote3D printingThe boundaries of innovation. Edward Herderick, AM Director of CDME, said: “FormUp 350 equips us with capabilities that other printers do not have. It has an open platform that allows us to access build parameters to adjust strategies and process fine powders to achieve material properties. Enhancements. Up to now, we can already undertake projects with larger sizes and more complex components.”

Modular LPBF with AddUp

AddUp is headquartered in Sebazat, France, but is headquartered in Cincinnati, less than a two-hour drive from CDME in Ohio. It specializes in manufacturing LPBF and DED systems for mass production of industrial parts.Currently, the company relies on its nearly 40 machines foraviationaerospace,carAnd the defense department and other customers make parts.In order to improve the service to these customers, the company has continuously cooperated with local research institutions in the past two years. First, it cooperated with the Plastics and Composites Industry Technology Center to establish the ADDILYS tool platform, and then cooperated with the Oak Ridge National Laboratory to develop new models. LPBF 3D printingMetalMould.

Recently, AddUp added a scalable new FormUp 350 system to its existing Modulo250, Modulo 400, Magic 800 and FlexCare machine portfolio. This new printer is designed to solve the problems of LPBF’s machine safety, productivity, quality and scrap. It has four 500W lasers and a modular structure, enabling users to continue to create industrial parts with a higher level of productivity. .
Since it was installed in CDME last month, the machine has provided a friendly operation method for CDME center engineers with its 350 x 350 x 350 mm build volume and unique powder squeegee system, and greatly increased output.

Ben DiMarco, AM technical expert at CDME explained: “FormUp 350 provides a modular construction platform, which means that we can quickly and economically expand from small research projects to full-scale industrial applications. The machine also provides a user-friendly Open interface. In the machine to our student staffTrainingAt times, this feature is particularly valuable.”

△The CDME team and their new FormUp350 system. Photo from AddUp.

CDME’s industrial application strategy

CDME is based on the West Campus of Ohio State University and cooperates with local companies and researchers to transform advanced new technologies into marketable products.So far, the center has completed more than 520 engineering projects with more than 150 companies, providing students with important3D printingPractical experience, while helping companies in the region compete in the global market.In total, CDME has approximately USD 13 million worth of industrial equipment, of which USD 5 million is related to3D printingrelated. Although this equipment foundation has provided the team with metals, polymers, composite materials,biologyMaterials andceramicsProcessing capabilities, but now the installation of FormUp 350 allows students to experience more industrial machines that they will encounter in the future, which also lays a good foundation for their future careers.

In view of the fact that CDME and aerospace, automotive,Medical treatmentwithenergyThe company cooperates. Its partnership with AddUp also provides the latter with an opportunity to showcase its new system to a wider customer base. In fact, they are all members of AmericaMakes, which also creates future cooperation on rapid innovation projects. Opportunity.

Ken Wright, President of AddUp, said: “AddUp is familiar with Ohio’s CDME and their powerful AM projects, so we are very happy to work with the facility center and provide them with FormUp 350. We are committed to innovation and leading the way in PBF technology. The industry is developing, so what place is better than our own partner-CDME to demonstrate this technology. We are also very happy to be able to cultivate the future of the additive manufacturing industry
Talents
Play a role”.

△The logo of Ohio State University uses AddUp’s FormUp350 machine3D printing. Photo courtesy of AddUp

The next generation of AM

Given that universities are hotbeds of innovation, they are often3D printingThe ideal place for the company to hone its technology while enabling students to experiment with them in return.For example, as early as March 2021, Clemson University reached a $11 million agreement with DEVCOMARL to develop new ground vehicles, aerial platforms, and ammunition fleets for the U.S. Army.3D printingpart.

At about the same time, the University of Graz announced that it was cooperating with metallurgical expert Heraeus Amloy for3D printing
Implants
And prosthesis to create new alloys. Due to the unique mechanical properties of amorphous metals, these devices will provide stronger performance compared to alternatives to steel or titanium.
There is also a similar project in the UK. The University of Birmingham has now collaborated with the powder expert Aluminium Material Technology Company (
AMT
) Cooperated.The engineers of the team aim to jointly study the characteristics of A20X aluminum during DED or LPBF printing, including how its composition changes and
Post-processing
Impact.

(Editor in charge: admin)

Rooted in campus factories, AddUp 3D printing technology creates a new generation of “student engineers” for the additive industry

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