AMS 2026

Graphy & FUGO Partner for Shape Memory Aligner Manufacturing

RAPID

Share this Article

Korean materials developer Graphy has partnered with US-based FUGO Precision 3D to make Shape Memory Aligner (SMA) manufacturing at scale possible. Graphy’s SMA technology is indeed very innovative. Its Tera Harz Clear material can be processed on various Vat Polymerization systems. Through skipping the production of thermoforming inserts and producing flexible aligners directly, this could make the manufacturing of aligners cheaper and less wasteful. At the same time, the shape memory properties could make them fit better.

Lesser known is FUGO, a centrifugal 3D printing process whereby an applicator inside a spinning drum deposits precise amounts of resin onto the spinning drum wall. The parts are then washed in the same drum using different washing programs. Then they are cured by light units that slide into the drum. FUGO is actually a way more logical Vat Polymerization process than others. It would seem to be very safe by keeping everything in one chamber, and it would reduce the need for conveyancing. The economics should be interesting. The company says it can build at 60 mm per hour and that it can do multiple colors. It also says that it needs about half the support material as other systems, which would be very advantageous. We don’t yet know whether this technology works well. Could parts perhaps deform, collapse, or detach very easily? And what about the resin remaining on parts or throughout the system? One FUGO Co-founder is Sasha Shkolnik, who spent 23 years at Envisiontec as its CTO, so this points to a lot of VP expertise.

The key thing about FUGO could be in the fact that it could create very smooth, clear parts quickly. The company seems to be quite rendering-focused now, so it would be nice to see things working. Graphy will be the exclusive shape memory partner for FUGO. The companies will work together to turn the combination of FUGO´s machines and the Harz material into a production technology. They hope to create a joint offering including materials, R&D, service, and support. They said the goal is to “deliver consistent clinical performance, manufacturability, and quality assurance at scale. And that all future products for any industry sector are held to a level of quality that was not achievable in the past. By controlling both material formulation and production compatibility, Graphy strengthens its competitive moat while laying the groundwork for repeatable, high-margin manufacturing.”

Shkolnik noted,

“In nearly four decades of working with advanced materials and printing technologies, Graphy’s shape-memory material stands out as something genuinely new. It unlocks possibilities in dental 3D printing that we have not previously encountered.”

While FUGO CEO, Alexander Meseonznik, stated,

“We have received collaboration proposals from companies worldwide, but Graphy’s technological depth and long-term business vision clearly distinguished this partnership. Together, we see an opportunity to shape the future of global dental manufacturing.”

And Graphy CEO Un-Seob Sim added,

“This exclusive partnership with FUGO represents a turning point where Graphy’s shape-memory materials converge with world-class printing technology to create new industrial value. In dental manufacturing, the true differentiator is not the printer alone, but the quality of the final product achieved through material-process synergy. Graphy is uniquely positioned to maximize that synergy. With this collaboration, we are accelerating our global dental strategy and expect to deliver more tangible business results beginning next year. We will continue to set new benchmarks in the dental industry by centering innovation around advanced 3D-printing materials.”

Graphy has long worked as a true materials innovator, often as a white label for OEM materials or by selling directly to services and manufacturers. When we interviewed the firm in 2019, you could already see how advanced their offering was. By formulating resins and manufacturing them, the company has developed a lot of expertise and a strong technological basis. Its announcement of direct, flexible shape-memory aligners in 2021 was met with significant fanfare. Since then, however, commercializing the resins has been slower than expected. Ever since going public in 2025, the company has grown in revenue, amassing around $11 million over the past 12 months. Stocks are up about 123% since going public. But, as of last year, the company lost around $7.5 million. With negative margins, it will need to continue considerably with an upward trajectory to form a long-term win from current tailwinds. I want to learn more about the production efficiency of the Harz material, the viability of shape memory aligners, and centrifugal 3D printing. Let’s hope that this duo turns this partnership into a viable product offering at scale.



Share this Article


Recent News

American Rheinmetall Orders $300K in 3D Printed Titanium Prototypes for U.S. Army Systems From IperionX

Roboze Opens U.S. Aerospace & Defense Headquarters in El Segundo



Categories

3D Design

3D Printed Art

3D Printed Food

3D Printed Guns


You May Also Like

EOS Invests $3M In Its Texas Manufacturing & Logistics Facilities to Serve North American Customers

The trajectory of reshoring under President Trump has been largely a mixed bag so far. While tariffs still seem to be doing more harm than good to the U.S. domestic...

At AIAA SciTech 2026, 3D Printing Was Part of the Workflow — Part I

The AIAA SciTech Forum 2026 brought much of the aerospace community together in one place. With roughly 6,000 attendees, 115 exhibitors, 21 sponsors, and nearly 3,000 technical paper presentations, the...

3D Printing News Briefs, January 21, 2026: Scanning Inspection, Manufacturing Upskilling, & More

In 3D Printing News Briefs, we’ll start with 3D scanning news from Artec 3D. Then, Nanoscribe opened a demolab in Shanghai, and The Ohio State University Center for Design and...

Camp Lejeune’s II Marine Expeditionary Force Innovation Campus: An Existing Model for the U.S.’s Future in Additive Manufacturing

A recent article in Military.com highlights the II Marine Expeditionary Force (MEF) Innovation Campus, located at Marine Corps Base Camp Lejeune in North Carolina. It provides a good touchstone for the...