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Japan-headquartered Mimaki Engineering launched its first full-color inkjet printer in 1996. Not long after, the company established its US-based Mimaki Inc. operating entity, which manufactures digital printing and cutting products, including industrial inkjet printers. Mimaki USA installed its first 3D printer, the 3DUJ-553, in the Americas in 2018. Since then, the full-color printer has been used to fabricate everything from artwork to gaming collectibles and even sports miniatures.

We’re starting this 4th of July 3D Printing News Briefs with some AMUG news, and then moving on to business with DSH Technologies and materials with Markforged. We’ll end with some interesting 6G research and 3D printed coral reefs in India. AMUG Announces Board of Directors for 2026-2027 Term AMUG’s newly elected and appointed board members: Top row (from left)—Dallas Martin, Daniel Landgraf, and Daniel Braley; bottom row (from left)—David Leigh and Bruce LeMaster.

I often do roundups of free 3D printed models for holidays, like Christmas, Halloween, and even the 4th of July, which all of America will celebrate tomorrow. Because I’ve written so many of these over the years, I sometimes have a hard time coming up with catchy titles, which obviously you need for articles like this one. I was not feeling very creative today, so I asked my husband if he had any ideas.

Just days after researchers at the California Institute of Technology unveiled a 3D printed design for lithium-ion batteries, another university team has announced a different battery breakthrough using additive manufacturing (AM). This time, researchers at the University of California, Los Angeles (UCLA) developed a 3D printed hybrid zinc-ion battery that can store more than seven times as much energy as similar devices.

Massachusetts is making a major bet on industrial 3D printing. As part of a new $52 million package of state tax credits to support business expansion, the Massachusetts Economic Assistance Coordinating Council awarded more than $21.2 million to metal additive manufacturing (AM) company VulcanForms. The incentives will support the company’s plans to build a manufacturing facility of up to one million square feet in Devens, Massachusetts, where it expects to create 1,063 new jobs.

08:30 am by Joris Peels 3D Printers3D PrintingBusinessEditorials / OpinionsGeneral Industry This is truly an exciting moment in the SLS market. With HP‘s release of the 1200 and Formlabs‘ release of the X1, we can see the SLS market heating up. I think that a great analogy to how this market will play out can be found in commercial vehicles. Whereas so far choices have been made mainly on volume, going forward, we will see more differentiation and specialization.

Jaden Smith may have just brought 3D printed footwear into one of fashion’s most famous red-soled shoes. It all started during Paris Fashion Week, where Christian Louboutin presented its Men’s Spring/Summer 2027 collection on June 24, led by Smith, who was named the house’s first men’s creative director in 2025. Instead of a traditional runway, guests walked into a vivid red terrain. Massive prehistoric stone-like formations, much like a modern Stonehenge, took over the venue.

They’re a familiar sight at trade shows: Chinese powder companies with barren stands lacking parts. There’s maybe some glass vessel with powder in it and a semi-complete data sheet, but not much else. So far, Chinese powder vendors have offered cost savings but not much else. Often they have no machine settings or practical guidance on using the powder. But we know that China is printing rockets and implants, and they will use a lot of machines for defense purposes as well.

Australia’s Additive Manufacturing Cooperative Research Centre (AMCRC) works with 70 industry partners to deliver collaborative R&D projects. They also work on workforce development and technology transfer. It’s kind of analogous to America Makes, but with a broader focus than just defense. AMCRC is funded to the tune of $57 million by the Australian government and is trying to help additive manufacturing grow and gain a foothold in the country.

For more than two decades, lithium-ion batteries have powered almost everything around us. They are inside smartphones, laptops, electric vehicles, drones, and even many medical devices. Batteries have improved a lot over the years. But they can still overheat, use expensive materials like cobalt, and are becoming harder to improve. Instead of developing a completely new battery, researchers at the California Institute of Technology (Caltech) are focusing on the one we already use.