FUGO Precision 3D, a developer of advanced 3D printing technology for dental manufacturing, has announced a strategic collaboration with South Korea–based Graphy, a specialist in photopolymer materials for 3D printing. The partnership comes ahead of FUGO’s official market debut at LMT Lab Day 2026 in Chicago.
The collaboration will integrate Graphy’s photopolymer resins into FUGO’s patented centrifugal 3D printing platform, creating a highly automated and precise workflow for dental applications. The companies say the combined solution is designed to improve efficiency, consistency, and scalability in dental manufacturing.
FUGO’s centrifugal printing system automates multiple production steps—including printing, washing, drying, and curing—within a single cycle. By pairing this hardware with Graphy’s clinically validated, biocompatible Class II dental resins, the platform can produce components that are immediately ready for clinical or laboratory use, while reducing labor and overall cycle time.
According to FUGO, the integration of high-throughput hardware with advanced material science has the potential to reshape dental manufacturing on a global scale. “This partnership enables a new class of precision manufacturing,” said Alexandr (Sasha) Shkolnik, chief technology officer of FUGO Precision 3D. “We are not only streamlining production, but also raising the standard for clinical performance with every cycle.”
Graphy’s dental materials have demonstrated strong mechanical properties, dimensional stability, and biocompatibility in published clinical research, including studies in the journal Materials in May 2023. These results support the suitability of the resins for high-precision, direct 3D printing of dental components.
Ahead of its general release, FUGO Precision 3D is inviting early access partners across North America to participate in 90-day evaluations of the integrated platform. At LMT Lab Day 2026, taking place February 19–21, the company plans to showcase live demonstrations of full production cycles, including multi-color denture and aligner components, offering attendees a preview of a fully automated, end-to-end dental manufacturing workflow.
The announcement comes amid continued innovation in dental 3D printing. In March, Axtra3D introduced four new dental resins for its Lumia X1 high-speed stereolithography system, expanding its range of validated materials for models, splints, dentures, and restorations. Meanwhile, 3D Systems recently received FDA 510(k) clearance for a multi-material, monolithic 3D printed denture solution, highlighting the industry’s growing focus on automation, material integration, and high-volume production of dental products.
