Home3D PrintingNew €23M BMW Additive Manufacturing Campus

New €23M BMW Additive Manufacturing Campus


German automotive producer BMW Group has opened a $25 million (approx. €23.3 million) Additive Manufacturing Campus in Munich, increasing its effort to industrialize 3D printing for automotive manufacturing

Whereas the funding is new, the path it factors to has been years within the making. The corporate’s AM initiatives have steadily expanded for the reason that launch of the IDAM challenge in 2019, which noticed BMW and its companions implement two automated metallic 3D printing strains; one in Bonn and one in Munich. 

Three years later, BMW additionally helped full the POLYLINE challenge, centered on growing an automated manufacturing chain for polymer elements. Each tasks, backed by the German Federal Ministry of Training and Analysis, have been geared toward transferring 3D printing from prototype labs into high-throughput, factory-floor environments.

“Additive manufacturing is already an integral a part of our manufacturing system,” says Milan Nedeljković, BMW AG Board Member for Manufacturing. “This new facility will allow us to additional combine and scale these applied sciences.”

A section of the POLYLINE project with automated systems of Grenzebach, DyeMansion and EOS, located at the Additive Manufacturing Campus of BMW. Photo via DyeMansion.A section of the POLYLINE project with automated systems of Grenzebach, DyeMansion and EOS, located at the Additive Manufacturing Campus of BMW. Photo via DyeMansion.
A piece of the POLYLINE challenge with automated methods of Grenzebach, DyeMansion and EOS, situated on the Additive Manufacturing Campus of BMW. Photograph by way of DyeMansion.

3D printing at BMW

The brand new campus brings many of those efforts below one roof. Round 50 3D printers have been put in on the web site, with one other 50 already operational throughout BMW’s world community. Eighty specialists are at present stationed on the Munich facility, the place they’re centered on tool-less manufacturing processes with an emphasis on decreasing growth time and value.

Along with its manufacturing and prototyping roles, the campus will function a analysis and coaching middle. BMW says it should help additional growth of automated workflows established via IDAM and POLYLINE, starting from high quality assurance integration to sequence manufacturing.

The corporate has additionally been lively outdoors its personal partitions. In parallel with constructing its inner infrastructure, the automotive producer has invested in startups reminiscent of Carbon, Desktop Metallic (now a subsidiary of Nano Dimension), Xometry, and ELISE, with a give attention to digital manufacturing, in keeping with Design Engineering.

Different efforts to embed 3D printing deeper into manufacturing embrace BMW’s collaboration with Laempe Mössner Sinto, introduced late final 12 months. Via this partnership, six absolutely automated binder jet methods have been put in at BMW’s foundry in Landshut, enabling large-scale manufacturing of sand cores for six-cylinder engine parts.

Moreover, the Munich campus is anticipated to change into a central coaching hub. The goal is to assist staff worldwide adapt to shifting design requirements, half qualification strategies, and manufacturing unit operations formed more and more by AM.

Laempe sand 3D printers. Photo via Laempe.Laempe sand 3D printers. Photo via Laempe.
Laempe sand 3D printers. Photograph by way of Laempe.

Automotive 3D printing amenities

Strolling an identical path as BMW, different corporations additionally invested in their very own 3D printing amenities for automotive manufacturing.

One month in the past, Bosch opened a €6 million metallic AM facility at its Nuremberg plant, centered round a Nikon SLM Options NXG XII 600 3D printer. With the flexibility to provide as much as 10,000 kg of elements per 12 months at speeds of 1,000 cm³/h, the setup is designed to make manufacturing sooner and extra versatile. 

By eliminating the necessity for tooling and decreasing materials waste, Bosch goals to shorten growth timelines and help extra sustainable practices. Whereas initially centered on automotive parts, the corporate additionally sees potential in power and aviation functions.

Few years in the past, American carmaker Ford opened an Superior Manufacturing Middle in Redford, Detroit, integrating 3D printing, collaborative robots, digital manufacturing, and augmented actuality. On the time of the launch, the ability was used to provide parts for the Ford Shelby Mustang GT500, together with two 3D printed brackets that secured the brake line. 

These elements helped scale back manufacturing prices whereas supporting the automobile’s hydraulic brake system. Geared up with a 700hp 5.2-litre V8 engine, the GT500 was described as probably the most highly effective sports activities automotive Ford had constructed and was showcased on the North American Worldwide Auto Present in Detroit in January 2019.

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Featured picture exhibits a bit of the POLYLINE challenge with automated methods of Grenzebach, DyeMansion and EOS, situated on the Additive Manufacturing Campus of BMW. Photograph by way of DyeMansion.



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