Michelin to Ramp up Metal 3D Printing in Japan with AddUp Solutions

IMTS

Share this Article

In 2016, French tire giant Michelin and Paris-based industrial engineering corporation Fives Group partnered to establish AddUp Solutions, an original equipment manufacturer (OEM) of metal powder bed fusion (PBF) 3D printers. In addition to the 2018 acquisitions of BeAM, a French OEM specializing in metal directed energy deposition (DED) platforms, and a majority stake in Poly-Shape, a metal 3D printing design firm, AddUp has been busy refining all aspects of its platform.

This is evident from its dramatic ramp-up of publicly announced activity over the past few years. For instance, in the summer of 2022, 3DPrint.com’s Sarah Saunders visited the open house celebrating the grand opening of the AddUp Solution Center, a 20,000 square foot facility located in the Cincinnati suburbs. Similarly, in April, 2022, Nihon Michelin Tire Co. — the Japanese unit of the French conglomerate — opened Michelin AM Atelier, an additive manufacturing (AM) R&D center powered by AddUp platforms.

Now, in a signal of how central AM could be to Michelin’s future operations in Japan and across the globe, Kyodo News reports that Nihon Michelin will relocate its head office 50 miles northwest, from Tokyo to Ota, Gunma Prefecture, where Michelin AM Atelier is located. Notably, the R&D center doesn’t exist solely to Michelin’s benefit. Indeed, sharing knowledge with local small and medium enterprises (SMEs) is one of the center’s primary objectives: Nihon Michelin told Kyodo that since its launch a little over a year ago, the number of companies and organizations participating in the center has almost tripled, from eight to 22.

In this context, as the Kyodo article notes, perhaps the most relevant fact to Michelin AM Atelier’s emergence is that Japanese automaker Subaru has its main domestic operations in Ota. As the Kyodo article also points out, this accounts for the presence of many auto industry manufacturing SMEs in the surrounding region, including Toa Industries, a Subaru supplier and one of the participating companies in Michelin AM Atelier.

With that in mind, it is worth mentioning here that Subaru has precisely one manufacturing site in the US: in Lafayette, Indiana, which is about a two-and-a-half hour drive from Blue Ash, Ohio, the location of the AddUp Solution Center. It is possible that this is a fortuitous coincidence, but that would be an unusually positive turn of events in this particular phase of global supply chains. Instead, it is more likely that what is going on has to do with something I wrote back in February, regarding Mitsubishi Electric Automation’s release of a new workflow simulation software product:

AddUp Solutions Center in Blue Ash, OH. Image courtesy of 3DPrint.com/Sarah Saunders

“[The] release should be most consequential in the context of Japanese industry’s attempts to gain ground in the battle for EV dominance. Japanese automakers appear to finally be ready to truly turn their attention to EVs, following a hyperfocus in the last couple of decades on thoroughly conquering the hybrid vehicle market. If any country has a realistic chance to quickly make up for lost time, concerning anything related to manufacturing, it’s Japan. For that to happen, though, the nation is going to have to push for automation in markets outside of Japan on a scale that’s never been seen before.”

Along these same lines, consider what 3DPrint.com editor-in-chief, Michael Molitch-Hou, wrote in May, 2021, about a partnership between AddUp and AZO Group, a German company specializing in automation for raw materials processing. The project involved in the partnership is an automated, comprehensive feeder system for the metal powders used in AddUp platforms:

“It’s interesting to see this level of automation being delivered for metal 3D printing,” wrote Molitch-Hou. “It’s particularly noteworthy that this system could be applied to an entire factory.”

As one of the feeder system’s features is that it feeds excess powder back into the platform after screening it, the combination of AddUp printers with the AZO automation framework would be especially useful to the EV industry, or really any industry that needs to work fast to prove its net-zero credentials. Since that description will, soon enough, apply to all industries, there is ample realistic growth potential for AddUp, as well as for Michelin’s plan to build up metal AM in manufacturing flashpoints across the globe.

Unless otherwise noted, images courtesy of Kyodo News

Share this Article


Recent News

CADchat Introduces Digital Workspaces, Video Conferencing for CAD

GREENFILL3D 3D Prints Sustainable Interior Solutions for Stretch Ceilings



Categories

3D Design

3D Printed Art

3D Printed Food

3D Printed Guns


You May Also Like

3D Printing News Unpeeled: A $3000 SLS System, Construction Subsidies and Parameters

The Housing Affordability Crisis is one of Canadian President Trudeau’s biggest issues. Now the government has made subsidies available, including scaling new technologies, 3D printed housing and libraries of reapproved...

“Bundled Light” Enables High Quality Plastic 3D Printing from LEAM

Naturally, we expect current 3D printing methods to continuously improve, but it continues to do so in the most surprising ways. The latest development comes from LEAM, a startup spun...

Sponsored

Each to Their Own: Exploring Creality’s Latest Ender Trio as the Company Strengthens Its Commitment to 3D Printing Advocacy

Creality has reaffirmed its commitment to promoting 3D printing. The launch of the Ender-3 V3 SE, Ender-3 V3 KE, and Ender-3 V3 showcases the company’s dedication to catering to diverse...

3D Printing News Briefs, March 23, 2024: AM in the US Coast Guard, Navy, & More

In today’s 3D Printing News Briefs, we’re discussing the use of 3D printing in various branches of the military, including the U.S. Coast Guard, the U.S. Navy, and the German...